# Michael J. Saylor: full text > Michael Saylor is the Founder & Executive Chairman of Strategy (MSTR), a publicly traded business intelligence firm & holder of ₿848,517 that he founded in 1989. He is also the founder of Alarm.com (ALRM), named inventor on 48+ patents, & author of the book “The Mobile Wave”. He founded Saylor University (saylor.org), a non-profit that has provided free education to over 3 million students. He is an advocate for the Bitcoin Standard (hope.com) with dual degrees from MIT in Aerospace Engineering & History of Science. He posts his views on X @saylor and his website Michael.com. His 4 hour interview with Lex Fridman summarizes his thoughts on Bitcoin, Inflation, and the Future of Money with 11 million views on YouTube. Source: https://www.michael.com. Index of everything (interviews, talks, news): https://www.michael.com/llms.txt --- # Biography URL: https://www.michael.com/biography Michael Saylor is an American entrepreneur, executive, inventor, author, and philanthropist. He was born to a military family in Lincoln, Nebraska, in 1965 and spent his childhood living on various U.S. Air Force bases around the world. By his teenage years, his family had settled at Wright-Patterson Air Force Base near Dayton, Ohio—the birthplace of aviation and home of the Wright brothers. He graduated from high school first in his class, served as both class marshal and valedictorian, and was voted most likely to succeed by his peers. Mr. Saylor attended the Massachusetts Institute of Technology (MIT) on a full Air Force Reserve Officer Training Corps scholarship. While at MIT, he was a member of the Theta Delta Chi fraternity, and obtained dual degrees in aeronautics and astronautics as well as science, technology and society. In his free time, he played guitar in a rock band and learned to fly gliders. Mr. Saylor became fascinated by the application of computer simulation technology to public policy and business strategy, eventually writing his thesis "A Mathematical Model of a Renaissance Italian City State" while studying system dynamics at the MIT Sloan School of Management. In 1987, Mr. Saylor graduated with highest honors from MIT. Having already successfully completed flight officer training at Lackland Air Force Base in San Antonio, Texas, where he learned to fly, he was commissioned as a Second Lieutenant in the United States Air Force. He joined the Air Force Reserve and began a career in consulting, with a focus on constructing computer simulations to support strategic decision-making at companies such as DuPont, Dow, and Exxon. In 1989 at the age of 24, Mr. Saylor combined his passions for technology, business, and the use of computer simulations to launch MicroStrategy. The company was founded on his vision of helping enterprises deliver intelligence everywhere. By harnessing the power of graphical operating systems and client server computing, and pioneering a new approach to business intelligence called relational online analytical processing (ROLAP), the company grew steadily, going public in 1998 (NASDAQ: MSTR). Under his leadership, MicroStrategy has emerged as a global leader in enterprise analytics and mobility software, serving thousands of organizations around the world. In 2025, the company rebranded from MicroStrategy to Strategy. Mr. Saylor is a named inventor on more than 48+ patents. In addition to being credited as the inventor of relational analytics, he led MicroStrategy into the fields of web analytics, distributed analytics, mobile analytics, cloud computing, mobile identity, and IoT. He was also the creator and founder of Alarm.com (NASDAQ: ALRM), one of the first home automation and security companies, and Angel.com (sold to Genesys Telecommunications Laboratories for $110 million in 2013), one of the first cloud-based interactive voice response service providers. Mr. Saylor is the author of the book [The Mobile Wave: How Mobile Intelligence Will Change Everything](https://www.amazon.com/Mobile-Wave-Intelligence-Change-Everything/dp/1593157207), published by Perseus Books in 2012. The book anticipated the impact of mobile, cloud, and social networks on worldwide political and economic development, along with the rise of Apple, Amazon, Facebook, and Google as transnational technology leaders that would destabilize the status quo across most industrial and political domains. The Mobile Wave appeared on both The New York Times and The Wall Street Journal Best Seller lists. In 1999, Mr. Saylor established The Saylor Foundation, which has donated millions to philanthropic causes including children's health, refugee relief, education, environmental conservation, and support for the arts. The foundation runs Saylor University ([Saylor.org](https://www.saylor.org/)), which offers free college education and continuing professional development courses to students worldwide. To date, it has provided free educational services to more than 3 million students. --- # Why Digital Credit Issuers Strengthen One Another URL: https://www.michael.com/articles/why-digital-credit-issuers-strengthen-one-another Author: Michael J. Saylor Last updated: 2026-10-04 PDF: https://assets.contentstack.io/v3/assets/bltdef7a3f3c28ddd84/blt0d3fbb41556d71ed/6ac1c287d0560257ba28080d/Why_Digital_Credit_Issuers_Strengthen_One_Another.pdf *A shared capital foundation. Three amplifiers. An industry worth building together.* **I want Strive to succeed. I want every well-managed issuer of Bitcoin-powered Digital Credit to succeed.** Strategy and Strive are building businesses around the same financial foundation. BTC is Digital Capital. STRC and SATA are Digital Credit. MSTR and ASST are Digital Equity. We offer different securities, make independent decisions and serve investors with different objectives. We can compete for an individual investment while strengthening one another’s long-term opportunity. The reason is fundamental: when responsible companies bring new investors, new capital and new capabilities into the Bitcoin economy, the benefits can extend across the industry. Our shared opportunity is much larger than any contest for an individual allocation. **We are building an industry together.** ### The largest opportunity is outside our industry. The world’s capital markets are enormous. [SIFMA reports](https://www.sifma.org/research/statistics/fact-book) that global equity market capitalization reached $157.8 trillion and global fixed-income debt outstanding reached $160.7 trillion at the end of 2025. One tenth of one percent of either market is roughly $160 billion. That is the scale against which we should measure our opportunity. Bitcoin treasury equities and Bitcoin-powered credit are young categories seeking recognition within much larger markets. Each part of our industry offers investors a different proposition: - **Digital Capital competes for long-term capital allocations.** Bitcoin seeks a place alongside equity indices, gold, real estate and other assets investors use to preserve and grow wealth. Vehicles such as SPY, QQQ and GLD represent familiar alternatives for those dollars. - **Digital Credit competes for income allocations.** STRC, SATA and other instruments must earn consideration alongside private credit, high-yield bonds, preferred securities, and bond or income ETFs. - **Digital Equity competes for growth capital.** MSTR, ASST and other Bitcoin treasury companies must demonstrate why their business models deserve a place alongside technology stocks and other growth-oriented equities. These investments have different structures and risks. What connects them is the competition for an investor’s attention, understanding and capital. Every time an investor becomes comfortable making a first allocation to our industry, the opportunity expands. The greater challenge is convincing that investor to enter the category at all. ### Bitcoin connects our balance sheets. People often interpret corporate competition through familiar pairs: Nike and Adidas, Coke and Pepsi, Target and Walmart. In a mature market, winning a customer often means taking a sale from another company. Price competition can compress margins. Those businesses can also help their categories grow. But Bitcoin treasury companies have an additional economic connection: we hold the same underlying capital asset. A successful advertising campaign for one beverage company does not automatically increase the value of another beverage company’s assets. A rise in Bitcoin’s price increases the market value of the Bitcoin held by every treasury company, including companies that did not raise the new capital contributing to demand. Our balance sheets are separate. Our liabilities, reserves, governance and financing terms differ. Yet the value of our core capital is linked through a common market. I think of the opportunity as a triple amplifier: appreciation of Digital Capital, adoption of Digital Credit, and recognition of Digital Equity. The shared Bitcoin foundation powers the first and most important driver. ### The first amplifier: appreciation of Digital Capital. When a company attracts new capital and uses it to acquire Bitcoin, it adds demand for an asset with a constrained supply. To the extent that broader adoption supports Bitcoin’s price, the benefit reaches other Bitcoin holders. A stronger Bitcoin price can increase the asset coverage behind existing claims, strengthen common equity and expand financing capacity. The magnitude depends on each company’s capital structure and obligations. This is why a successful Bitcoin acquisition by Strive can be constructive for Strategy, and why a successful acquisition by Strategy can be constructive for Strive. Both companies are helping develop demand for the capital on which their businesses are built. Individual purchases do not guarantee higher prices. Market prices reflect net demand across the world. The structural point is that our interests in the adoption and long-term value of Bitcoin are aligned. **The value created by broader Bitcoin adoption can reach every balance sheet built on Bitcoin.** ### The second amplifier: adoption of Digital Credit. A new credit category must earn trust. Investors need to understand the asset base, the payment structure, the priority of their claim and the management decisions supporting it. Institutions need research, trading history, liquidity and a framework their investment committees can evaluate. Several capable issuers can build that foundation faster than one issuer acting alone. Each well-designed product and each demonstrated record of financial discipline provides more evidence for investors to study. An investor who learns how to evaluate SATA is better prepared to evaluate STRC. An institution that develops a Digital Credit framework for STRC may find it easier to consider other issuers. As understanding, liquidity and confidence improve, investors may require a smaller premium for the category’s unfamiliarity. That can narrow credit spreads and reduce financing costs across qualified issuers. For Strategy, stronger demand could support additional STRC issuance on attractive terms and, where market conditions and the security’s terms permit, a lower dividend rate. Tighter spreads can improve financing economics even though changes in benchmark interest rates may offset the effect on the total yield investors require. Lower financing costs can expand the set of transactions that create value for common shareholders. They can also give issuers greater capacity to maintain reserves and improve their products. Bitcoin appreciation is uncertain and Bitcoin itself pays no coupon. The potential economic margin between long-term asset returns and financing costs must be earned through disciplined management. It is not a locked-in interest spread. **A peer that helps investors understand Digital Credit can help lower the cost of capital for the industry.** ### The third amplifier: recognition of Digital Equity. Investors are also learning how to value the companies creating these products. Digital Equity combines exposure to Bitcoin with ownership in an operating financial business. At Strategy, MSTR offers Amplified Bitcoin and participation in the business we are building around Digital Credit: product development, capital formation, investor distribution and active balance sheet management. As more companies demonstrate that this model can operate through different market conditions, equity investors have more evidence with which to assess its durability and growth potential. That recognition can support broader ownership and higher valuations for companies that execute well. Multiples such as mNAV, which measures valuation relative to Bitcoin asset value, may expand when investors assign greater value to a company’s future ability to raise and deploy capital productively. Stronger equity valuations can, in turn, create opportunities to issue common stock on terms that add value per share, acquire additional Bitcoin, strengthen liquidity or retire more expensive claims. A premium must be earned. More issuers do not automatically produce higher multiples, and growth must exceed the costs of dilution, financing and maintaining liquidity. But successful peers can help establish that Bitcoin treasury management is a durable business model deserving serious institutional analysis. **Evidence that the model works can increase the opportunity for every company capable of executing it.** ### The amplifiers can reinforce one another. These three drivers are connected. A stronger Bitcoin capital base can support greater confidence in Digital Credit. Broader credit adoption can improve financing economics. Better economics and sustained execution can strengthen the Digital Equity proposition. Productive financing can then expand the capital base and the business built around it. The potential benefits extend across asset values, financing margins, equity multiples and growth rates. They also extend beyond any single transaction. An additional credible issuer can help justify more analyst coverage, more institutional research, better trading infrastructure and more investment in distribution. A useful innovation can establish a higher standard for the next product. Some of the most valuable work is creating awareness and legitimacy: helping investors understand what they own, demonstrating responsible capital allocation and building a record of performance through difficult markets. **Every responsible issuer contributes to a body of evidence that the next investor can use.** ### More issuers make the industry more investable. Many investors are willing to allocate to an asset class but unwilling or unable to concentrate that allocation in a single company. Their mandates may impose issuer limits. Their judgment may call for exposure to multiple management teams and capital structures. A market with only one issuer cannot fully satisfy that demand. Several credible issuers can. This means a new entrant can unlock capital that would otherwise remain outside the category. Product diversity also allows investors to choose among different payment structures, seniority, currencies, durations, distribution channels and risk profiles. Issuer diversification can reduce exposure to one company’s management, governance or financing decisions. It does not remove the common exposure to Bitcoin or the possibility of correlated losses. Strategy cannot serve every investor with one security. Strive cannot either. A larger selection of well-designed products makes the whole industry more useful. **More credible issuers can mean more capital available to the category.** ### Complementarity is already visible. On March 11, 2026, [Strive disclosed a $50 million purchase of STRC](https://investors.strive.com/news-events/news-releases/news-details/2026/Strive-Announces-SATA-Enhancements-and-Purchase-of-Bitcoin--STRC/default.aspx). An issuer of Digital Credit can also be an investor in another issuer’s product. Each purchase has its own investment merits and risks, but the example illustrates how these businesses can become customers of one another while developing their own securities. The same complementarity can extend to asset managers building diversified portfolios, distributors reaching new investors, and financial institutions developing additional products around Digital Credit. **The opportunity grows as more independent businesses find useful ways to participate.** ### Think Ford and Standard Oil. The rise of the automobile offers a useful analogy. Ford and the oil industry, including Standard Oil and its successors, participated in an expanding system of complementary businesses. More cars created more demand for fuel. Better access to fuel and service made automobiles more useful. Manufacturers, refiners, service stations, road builders and finance companies helped make one another’s businesses possible. Each company had its own economics, but the development of the wider system created opportunities across the industry. We are building a financial ecosystem with the same need for complementary capabilities. Digital Capital provides the foundation. Digital Credit serves investors seeking income. Digital Equity finances and owns the businesses building these products. Digital Money supports payments and settlement. Digital Derivatives can help participants transfer and manage risk. Together, these capabilities can make the Digital Assets industry more useful to households, businesses and institutions. Strategy and Strive have a shared interest in helping that ecosystem grow. So do the other responsible companies developing its capital, products and infrastructure. ### Build an industry worth investing in. The shared foundation makes standards matter. A weak issuer can damage confidence across the category, just as a strong issuer can help build it. Falling Bitcoin prices, widening credit spreads and contracting equity multiples can also reinforce one another. The positive-sum opportunity depends on responsible execution: sound capitalization, prudent liquidity, transparent disclosures, useful products and a commitment to creating value for investors. We can support public education, better market infrastructure and rules that allow responsible innovation. Each company will continue to set its own terms, make its own capital-allocation decisions and earn investors’ confidence through its own performance. That is a constructive form of competition. It improves products, expands access and can bring more capital into the entire industry. I welcome capable companies willing to do that work. Every responsible builder can help strengthen our shared capital foundation, broaden the acceptance of Digital Credit and demonstrate the potential of Digital Equity. **When we build on Bitcoin, we have an interest in one another’s success.** **Let’s build the industry together.** ## Important information Digital Capital, Digital Credit and Digital Equity describe the framework used in this article. STRC and SATA are preferred equity securities with different terms and issuer risks. A Bitcoin capital base does not by itself give investors a direct or secured claim on Bitcoin. The potential effects on asset values, funding costs, valuations and growth are forward-looking views, not assured outcomes. Prices, liquidity and dividends are not guaranteed, and investors can lose principal. Review each issuer’s filings and the applicable security’s prospectus. --- # Upgrade The World URL: https://www.michael.com/articles/upgrade-the-world Author: Michael J. Saylor Last updated: 2026-10-03 PDF: https://assets.contentstack.io/v3/assets/bltdef7a3f3c28ddd84/blt8a4971539546dc86/6ab7ea91d4fedf7d4a8c1ced/Upgrade_The_World.pdf Thirty-Eight Works for Better Decisions in Business, Politics, Finance & Technology *Through scientific understanding, build a machine to harness the power of nature and improve the human condition.* My education and career have centered on one question: How can technology be harnessed to improve the human condition? I studied science, technology, and society at MIT, built an enterprise technology company, wrote The Mobile Wave, and eventually came to view Bitcoin as a technology for conserving and transmitting economic energy. Across these experiences, I have reached a simple conclusion. Human prosperity is not produced by good intentions alone. It emerges when scientific understanding, engineering, energy, capital, markets, property rights, and effective institutions work together. A healthy civilization requires clean air, clean water, clean food, clean energy, and clean money. It requires enough order to protect life, property, and contract, but enough freedom to permit experimentation, competition, and creative destruction. Too little order produces violence and chaos. Too much order suppresses initiative and becomes tyranny. Prosperity occupies the productive zone between them: a lawful market order capable of coordinating billions of people without extinguishing individual agency. Technology changes what is possible. Markets discover what is useful. Institutions determine whether innovation compounds or is suppressed. Money carries economic energy across time and space. War destroys in months what generations built. Ideas govern all of it. This curriculum is designed to help future leaders avoid recurring errors: - Starting wars they cannot win. - Imposing rules reality will not obey. - Confusing luck with skill. - Mistaking propaganda for knowledge. - Optimizing systems until they become fragile. - Wasting scarce energy and capital. - Mandating inefficient systems that survive only through coercion. - Crippling human creativity in the name of administrative control. - Being swept into the madness of a crowd, or standing in front of one after its momentum has become irresistible. The goal is not ideological conformity. It is judgment. A leader needs a long historical memory, a theory of human action, respect for uncertainty, an understanding of violence and power, command of capital and energy, and the ability to distinguish a durable technology from a fashionable narrative. These thirty-eight works are not a complete canon. They are a foundation. ## The Curriculum at a Glance The complete program requires approximately 755 to 953 hours of attentive reading: 1. **Civilizational memory:** Will and Ariel Durant — 294–359 hours 2. **Geography, ecology, and uneven development:** Jared Diamond — 18–24 hours 3. **War, strategy, and republican power:** John Keegan and Livy — 90–117 hours 4. **Uncertainty, fragility, and responsibility:** Nassim Nicholas Taleb — 54–69 hours 5. **Human action, liberty, and power:** Murray Rothbard — 189–239 hours 6. **Capital, enterprise, and institutional power:** Ron Chernow — 48–62 hours 7. **Energy, knowledge, and technological transformation:** Daniel Yergin, David Deutsch, and Michael Saylor — 52–70 hours 8. **Sound money and Bitcoin:** Saifedean Ammous — 10–13 hours At one hour per day, this is approximately a 25-to-31-month undertaking. At ninety minutes per day, it requires approximately 17 to 21 months. At two hours per day, it can be completed in approximately 13 to 16 months. These are estimates for attentive reading without extensive annotation. Narrative history can be read more quickly than dense economics or philosophy. Editions and translations vary. The point is not speed. The point is to acquire several thousand years of accumulated experience before making decisions capable of affecting millions of people. ## I. Civilizational Memory ### Will and Ariel Durant The historical backbone of this curriculum is Will and Ariel Durant’s The Story of Civilization, together with their concise synthesis, The Lessons of History. The eleven-volume series begins with the civilizations of Asia and the ancient Near East, then proceeds through Greece, Rome, medieval civilization, the Renaissance, the Reformation, the Enlightenment, the French Revolution, and Napoleon. The Durants show civilization as a dynamic system. Religion, family, commerce, banking, war, philosophy, technology, law, art, institutions, and exceptional individuals interact across centuries. Ideas become institutions. Institutions accumulate power. Prosperity generates complexity. Success creates capability, but also complacency. #### 1. The Lessons of History Estimated reading time: 3–5 hours This is the overture and the coda. The Durants compress a lifetime of historical study into a short examination of geography, biology, morality, religion, economics, government, war, and social change. Read it once before beginning the larger series, as a map of the territory. Read it again after completing the curriculum, when each observation will carry the weight of examples. #### 2. Our Oriental Heritage Estimated reading time: 31–38 hours This volume establishes the Eastern and Near Eastern foundations of civilization, including Egypt, Mesopotamia, Persia, India, China, and Japan. It corrects an excessively Western conception of history. Writing, law, mathematics, bureaucracy, religion, commerce, philosophy, and imperial administration developed across many civilizations over thousands of years. The first lesson of civilizational history is humility: no culture invented civilization by itself. #### 3. The Life of Greece Estimated reading time: 22–27 hours This volume examines the Greek polis, philosophy, science, democracy, tragedy, sculpture, architecture, political rivalry, and war. The Greek achievement was not merely a collection of great ideas. It was the creation of environments in which explanation, argument, criticism, and civic participation could flourish. It also demonstrates how faction, rhetoric, envy, and strategic overreach can destroy a society rich in intelligence and culture. #### 4. Caesar and Christ Estimated reading time: 22–27 hours This volume traces the Roman Republic, Roman law, imperial administration, social order, military power, and the rise of Christianity within the empire. Rome demonstrates that durable civilization requires more than conquest. It requires logistics, infrastructure, law, administration, legitimacy, and a shared conception of order. Christianity’s emergence within the Roman system also shows how an initially marginal idea can eventually reorganize the moral structure of an empire. #### 5. The Age of Faith Estimated reading time: 35–43 hours This volume examines Christianity, Islam, Byzantium, feudalism, monasticism, universities, scholastic philosophy, and the institutions that preserved order through political fragmentation. The period commonly described as the Dark Ages was also an age of institutional reconstruction. Religious orders preserved knowledge. Commercial networks reemerged. Universities formed. Law evolved. Competing authorities constrained one another. Read it to understand how civilization survives when centralized political order weakens or collapses. #### 6. The Renaissance Estimated reading time: 23–28 hours This volume shows how cities, commerce, banking, patronage, humanism, and recovered antiquity released extraordinary creative energy. The Renaissance was not merely an artistic movement. It was an economic and institutional phenomenon. Capital, urban autonomy, competition, and patronage created environments in which talent could compound. #### 7. The Reformation Estimated reading time: 30–37 hours This volume explores conscience, printing, religious authority, political centralization, and the destruction of a unified Western Christendom. The printing press radically reduced the cost of distributing ideas. Dissent became scalable. Competing interpretations of truth escaped centralized control. The Reformation demonstrates both the liberating and destabilizing effects of information technology. #### 8. The Age of Reason Begins Estimated reading time: 22–26 hours This volume follows the transition from confessional conflict toward scientific inquiry, political realism, and the centralized state. Civilization began to separate questions settled by authority from questions requiring observation, experimentation, and reason. At the same time, the state acquired greater capacity to tax, administer, regulate, mobilize, and wage war. #### 9. The Age of Louis XIV Estimated reading time: 24–29 hours This volume studies absolutism, court culture, public finance, administration, warfare, and the European balance of power. Louis XIV’s France demonstrates the power and danger of centralization. The state became culturally and militarily formidable, but grandeur brought fiscal exhaustion and institutional brittleness. #### 10. The Age of Voltaire Estimated reading time: 24–29 hours This volume examines the Enlightenment critique of inherited authority, superstition, intolerance, and institutional privilege. Authority increasingly had to justify itself through reason rather than tradition alone. Read it to understand the intellectual foundations of liberalism, religious tolerance, scientific confidence, and the modern challenge to arbitrary power. #### 11. Rousseau and Revolution Estimated reading time: 32–39 hours This volume explores the collision among reason, sentiment, equality, legitimacy, and revolutionary pressure. Rousseau redirected political thought toward authenticity, popular sovereignty, equality, and collective will. Those ideas inspired liberation, but also supplied new justifications for coercion in the name of the people. #### 12. The Age of Napoleon Estimated reading time: 26–31 hours This volume shows how revolutionary energy became empire, codified law, administrative modernization, nationalism, and continental war. Napoleon institutionalized many achievements of the Revolution while subordinating them to military ambition and personal power. Read it as a study of leadership, state capacity, meritocracy, propaganda, strategic genius, and the tendency of concentrated power to outrun its limits. The Durants should be read as architects of a grand synthesis, not as the final authority on every historical detail. Some scholarship and framing are dated. Their enduring value is scale: they teach the reader to see civilization as the interaction of religion, family, commerce, war, technology, art, institutions, and individuals over centuries. ## II. Geography, Ecology, and Uneven Development ### Jared Diamond #### 13. Guns, Germs, and Steel Estimated reading time: 18–24 hours Diamond asks a fundamental question: Why did wealth, military power, technology, and political organization develop unevenly across human societies? His model emphasizes geography, climate, food production, domesticable plants and animals, disease exposure, population density, continental orientation, and the diffusion of technology. This perspective matters because leaders routinely overestimate intention and underestimate inherited conditions. A society does not choose its geography, natural resources, navigable rivers, disease environment, or initial inventory of domesticable species. These factors shape population, trade, military capacity, institutional development, and the rate at which knowledge can spread. The book also supplies an important corrective to racial explanations of conquest. Differences in civilizational outcomes do not require differences in human intelligence or worth. But Guns, Germs, and Steel should be treated as a model, not a complete causal theory. Geography influences history. It does not write history by itself. Human agency, institutions, culture, leadership, ideology, trade, property rights, and deliberate acts of conquest remain consequential. Some scholars have criticized Diamond for environmental determinism and for reducing the role of human decisions and Indigenous agency. That criticism should be included in the reading, not hidden from it. A persuasive grand theory is most educational when the reader also learns where it overreaches. ([Apple](https://books.apple.com/us/book/guns-germs-and-steel/id1207409071)) ## III. War, Strategy, and Republican Power War is one of civilization’s oldest and most destructive institutions. It has created states, dissolved empires, accelerated technology, rearranged borders, destroyed capital, and transferred power across cultures. A leader who does not understand war may start one believing it will be brief, rational, and controllable. History repeatedly demonstrates otherwise. War is a machine that consumes lives, energy, capital, legitimacy, information, and time. It produces second-order effects its architects rarely anticipate. The governing rule should be simple: **Do not start a war you cannot win, finance, control, and end on acceptable terms.** ### John Keegan #### 14. A History of Warfare Estimated reading time: 17–21 hours Keegan examines warfare from the Bronze Age through the nuclear era. He studies not only battles and generals, but also culture, psychology, metallurgy, fortification, horses, weaponry, logistics, military organization, ritual, and the warrior ethos. His most provocative argument is that war cannot always be understood as a rational continuation of political policy. War predates the modern state and often expresses culture, identity, ritual, honor, religion, and institutional momentum. That argument should not simply be accepted. Keegan is deliberately challenging Clausewitz, and his reading of Clausewitz has itself been challenged. The value lies in the confrontation. Clausewitz teaches us to connect military action to political objectives. Keegan reminds us that violence can escape rational control and become culturally self-perpetuating. Read Keegan to understand why people fight, how technologies alter the scale of violence, how military institutions acquire independent interests, and why wars often continue after their original political logic has disintegrated. ([PenguinRandomhouse.com](https://www.penguinrandomhouse.com/books/90840/a-history-of-warfare-by-john-keegan/)) ### Livy’s History of Rome Livy originally wrote 142 books, of which 35 substantially survive. A practical English-language route is the four-volume sequence covering Books 1–10 and 21–45. Rome remains one of civilization’s greatest laboratories of institutional development, military adaptation, civic identity, political ambition, strategic endurance, and moral decline. #### 15. The Early History of Rome, Books 1–5 Estimated reading time: 16–21 hours These books cover Rome’s founding myths, monarchy, the establishment of the Republic, class conflict, civic religion, and early military struggles. The distinction between myth and documented history is often uncertain. That uncertainty is itself useful. Founding stories reveal what a civilization believes about itself, the virtues it rewards, the crimes it fears, and the legitimacy it claims for its institutions. #### 16. Rome and Italy, Books 6–10 Estimated reading time: 12–16 hours These books examine institutional endurance, internal conflict, military adaptation, and Rome’s consolidation of Italy. Rome’s strength did not arise from uninterrupted victory. It developed through defeat, adaptation, alliance-building, discipline, and the ability to absorb other communities into differentiated systems of citizenship and obligation. Institutions can become stronger through adversity, provided failure produces adaptation rather than denial. #### 17. The War with Hannibal, Books 21–30 Estimated reading time: 23–30 hours This is one of history’s great studies of strategy, leadership, logistics, resilience, and survival after repeated catastrophe. Hannibal repeatedly defeated Roman armies and threatened the existence of the Republic. Rome survived because its political system, manpower, alliance structure, strategic depth, and willingness to absorb losses exceeded what tactical brilliance alone could overcome. These books distinguish battlefield genius from civilizational capacity. They should be required reading for anyone responsible for an institution that must survive extreme stress. #### 18. Rome and the Mediterranean, Books 31–45 Estimated reading time: 22–29 hours These books examine diplomacy, territorial expansion, great-power rivalry, and Rome’s growing domination of the Mediterranean. Victory creates its own dangers. Foreign wealth, provincial administration, military prestige, and political ambition alter the incentives of republican institutions. A political system can be transformed by success long before its constitution formally changes. Livy is not a neutral modern historian. He is a literary and moral historian who selected stories partly for their civic meaning. Read him both to reconstruct Rome’s development and to understand how Romans conceived virtue, legitimacy, ambition, corruption, duty, and decline. ## IV. Uncertainty, Fragility, and Responsibility ### Nassim Nicholas Taleb’s Incerto Taleb’s five-volume Incerto investigates luck, uncertainty, probability, human error, risk, and decision-making under incomplete knowledge. The central lesson is not merely that prediction is difficult. It is that exposure matters more than confidence. When the future is uncertain, the intelligent response is not simply to construct a more elaborate forecast. It is to limit ruin, preserve optionality, decentralize experimentation, align incentives, and design systems capable of learning from variation. #### 19. Fooled by Randomness Estimated reading time: 10–13 hours This book teaches the reader to distinguish skill from luck. Success produces stories. Survivors explain why they prevailed, while failures disappear from the sample. The resulting narratives systematically overstate foresight, talent, and control. Read it to recognize survivorship bias, selection effects, narrative fallacy, and the human tendency to extract certainty from noisy outcomes. #### 20. The Black Swan Estimated reading time: 14–17 hours This book explains why rare, consequential events dominate history even though conventional models tend to ignore them. After an extreme event, institutions and commentators construct explanations that make it appear predictable. Before it occurs, the same institutions frequently assign it negligible probability. The absence of prior evidence is not evidence of impossibility. Design systems around the consequences of being wrong, not merely the probability that your forecast is right. #### 21. The Bed of Procrustes Estimated reading time: 5–8 hours The title refers to the mythological figure who forced travelers to fit his bed by stretching or amputating them. Taleb uses the metaphor for institutions that mutilate reality until it fits a theory, metric, model, mandate, or ideology. The book is best read slowly. Its aphorisms become more useful as the reader acquires real-world experience. #### 22. Antifragile Estimated reading time: 16–20 hours Resilience means surviving disorder. Antifragility means improving because of it. This book moves from prediction toward design. It examines systems that benefit from variation, redundancy, decentralization, stress, experimentation, and small failures. Highly optimized systems often appear efficient until an unanticipated shock reveals that all of their resilience has been removed. Efficiency without survivability is a form of hidden fragility. #### 23. Skin in the Game Estimated reading time: 9–11 hours Those who exercise authority, give advice, design policy, or impose risk should share exposure to the consequences. This is not merely an ethical preference. It is an information mechanism. People make different decisions when failure has personal consequences. Systems become dangerous when decision-makers capture the upside while transferring the downside to others. The practical doctrine of the Incerto is straightforward: **Avoid ruin. Preserve optionality. Encourage experimentation. Permit small failures. Distrust unsupported certainty. Require decision-makers to share the consequences.** ## V. Human Action, Liberty, and Power ### Murray Rothbard Rothbard supplies the theoretical spine of the curriculum. His work spans economic theory, political philosophy, intellectual history, monetary theory, and American history. Together, these books ask how individuals act, how markets coordinate, how property and prices emerge, how intervention changes incentives, and how political power expands. Rothbard should be read critically rather than devotionally. His framework is forceful and explicit. That is part of its value. He compels the reader to distinguish voluntary exchange from coercion, economic coordination from political command, property from privilege, and market discovery from administrative imposition. #### 24. Man, Economy, and State with Power and Market Estimated reading time: 65–80 hours This is the theoretical foundation. Rothbard begins with purposeful human action and develops a systematic account of value, exchange, prices, production, capital, interest, money, banking, monopoly, business cycles, and government intervention. Power and Market extends the analysis to taxation, regulation, price controls, monopoly grants, subsidies, and other forms of political intervention. The book teaches a central lesson: a rule does not abolish the incentives or scarcity it ignores. It redirects behavior into evasion, substitution, black markets, corruption, or failure. #### 25. The Ethics of Liberty Estimated reading time: 16–20 hours This book develops a normative framework around self-ownership, property, consent, natural law, coercion, punishment, and political authority. Economic efficiency alone cannot determine whether an action is just. The book forces readers to identify the moral assumptions hidden inside political and economic arguments. #### 26. An Austrian Perspective on the History of Economic Thought, Volume I: Economic Thought Before Adam Smith Estimated reading time: 21–27 hours This volume examines ancient thought, medieval scholasticism, natural law, Spanish thinkers, French economics, and the development of ideas concerning value, exchange, property, money, and interest. It challenges the conventional narrative that economics began in recognizable form with Adam Smith and British classical economics. Read it as both intellectual history and revisionism. #### 27. An Austrian Perspective on the History of Economic Thought, Volume II: Classical Economics Estimated reading time: 20–26 hours This volume examines British classical economics, French liberalism, Marxism, utilitarianism, monetary debates, and nineteenth-century political economy. Rothbard is particularly critical of theoretical systems that replace subjective value and individual action with aggregate categories or mechanistic models. For anyone interested in Bitcoin, the two volumes provide context for recurring debates over sound money, monetary sovereignty, banking privilege, inflation, and state power. #### 28. Conceived in Liberty, Volume I Estimated reading time: 18–22 hours The first volume examines colonial origins and competing systems of settlement, religion, property, political control, and local autonomy. The colonies did not emerge from a single coherent project. They developed through conflicting commercial, religious, imperial, and local arrangements. Initial rules governing property and authority can shape political culture for centuries. #### 29. Conceived in Liberty, Volume II Estimated reading time: 10–13 hours This volume examines colonial society during a period of relative imperial neglect. Local institutions, commerce, and traditions of self-government developed partly because distant authority lacked the ability or incentive to exercise constant control. Liberty often emerges not from centralized design, but from spaces in which centralized power is absent, divided, constrained, or inattentive. #### 30. Conceived in Liberty, Volume III Estimated reading time: 12–16 hours This volume covers the imperial crisis and the road to the American Revolution. Taxes, trade restrictions, military occupation, constitutional arguments, and competing theories of sovereignty transformed administrative disputes into a struggle over first principles. A conflict over policy becomes revolutionary when institutions lose the ability to settle disagreement without escalating coercion. #### 31. Conceived in Liberty, Volume IV Estimated reading time: 16–21 hours This volume examines revolution, war, independence, and the challenge of preserving liberty during a national emergency. Wars for freedom often centralize the powers against which they are fought. Governments demand revenue, conscription, regulation, secrecy, and executive authority in the name of survival. The tension between liberty and mobilization is permanent. #### 32. Conceived in Liberty, Volume V: The New Republic, 1784–1791 Estimated reading time: 11–14 hours The fifth volume examines the postwar republic, the Constitution, centralization, and the Washington administration. It raises a foundational political question: How much centralized capacity is necessary to preserve order, and how much eventually threatens the liberty it was created to protect? Rothbard’s strength is consistency. That is also where readers should apply the greatest scrutiny. Separate analysis from rhetoric, test historical interpretations against competing accounts, and expose the framework to the strongest opposing arguments. ## VI. Capital, Enterprise, and Institutional Power ### Ron Chernow Economic theory can make capital appear abstract. Chernow restores the people, institutions, conflicts, and moral ambiguity behind it. Titan and The House of Morgan examine two complementary forms of capitalism: industrial capital and financial capital. Capital is not merely money. It is accumulated trust, knowledge, competence, organization, relationships, reputation, information, and productive capacity. #### 33. Titan Estimated reading time: 24–31 hours Titan is Chernow’s biography of John D. Rockefeller and the development of Standard Oil. It is a study of industrial scale, vertical integration, operational discipline, logistics, accounting, pricing, competition, monopoly, reputation, philanthropy, and public legitimacy. Rockefeller did not merely accumulate assets. He constructed an integrated system capable of reducing costs, imposing standards, coordinating infrastructure, and outlasting competitors. The discipline that produced extraordinary efficiency also generated extraordinary concentrations of economic power. Read Titan neither as hagiography nor indictment. Read it as a case study in how enterprises scale and how private capability interacts with public authority. #### 34. The House of Morgan Estimated reading time: 24–31 hours This book traces the Morgan banking dynasty and the development of modern finance. It examines relationships among banks, corporations, governments, markets, central banks, wars, regulation, and financial crises. The House of Morgan operated near the boundary between private institution and public utility. Its influence rested not only on financial capital, but on trust, networks, information, discretion, and reputation accumulated across generations. The lives are interesting. The institutions are more important. ## VII. Energy, Knowledge, and Technological Transformation A theory of civilization is incomplete if it ignores energy, knowledge, or technology. Energy determines the physical capacity to act. Knowledge determines which actions can be imagined. Technology converts knowledge into scalable capability. Markets and institutions determine whether that capability is deployed productively, suppressed, monopolized, or weaponized. ### Daniel Yergin #### 35. The Prize Estimated reading time: 27–36 hours Yergin follows the history of oil and its relationship to industrialization, transportation, warfare, national power, corporate organization, and the world economy. Modern civilization rests on energy abundance. Agriculture, manufacturing, sanitation, transportation, communications, computation, defense, and urban life all depend on the ability to convert energy into useful work. Oil transformed geography and geopolitics. It created new corporations, altered military strategy, elevated some states, weakened others, and became inseparable from national security. Every financial, political, and digital system remains grounded in the physical world. Money coordinates claims on resources. Energy makes those resources useful. ### David Deutsch #### 36. The Beginning of Infinity Estimated reading time: 16–22 hours Deutsch examines explanation, criticism, fallibility, knowledge creation, and the conditions under which progress can continue. Problems are inevitable. Solutions are not guaranteed, but they can continue to emerge wherever institutions permit conjecture, experimentation, criticism, and error correction. Progress is neither automatic nor finite. It depends on a culture in which bad explanations can be challenged and better ones can replace them. Yergin explains the capacity to act. Deutsch explains the capacity to discover. Energy without knowledge is brute force. Knowledge without energy remains unrealized potential. ### Michael Saylor #### 37. The Mobile Wave Estimated reading time: 9–12 hours I include my own book with some hesitation. It belongs here for a specific reason: it is an applied exercise in science, technology, and society. Written in 2012, The Mobile Wave attempted to reason from first principles about what would happen when computing became mobile, software dematerialized products and services, and billions of people gained continuous access to networked intelligence. The book examines how a general-purpose technology can reorganize education, commerce, media, payments, healthcare, transportation, employment, and the structure of enterprises. Do not read it as an authority. Read it as an auditable forecast. Ask which predictions were correct, which were incomplete, which second-order consequences were missed, and which analytical methods proved useful. Technological forecasting is not primarily about predicting a particular device. It is about identifying a new capability, understanding its economic advantages, and tracing what happens when that capability scales through a competitive society. The larger lesson is that a digital transformation rarely preserves the existing institution and merely makes it faster. It frequently dematerializes the institution, redistributes power, changes its economics, and creates an entirely different system. ([Apple](https://books.apple.com/us/book/the-mobile-wave/id1534259034)) ## VIII. Sound Money and Bitcoin Air, water, food, and energy sustain biological life. Money coordinates economic life. A civilization needs clean money: a monetary system capable of preserving the economic energy generated by labor, ingenuity, and capital across time and space. Corrupt the monetary system, and every price, contract, investment, and long-term calculation is affected. ### Saifedean Ammous #### 38. The Bitcoin Standard Estimated reading time: 10–13 hours The Bitcoin Standard places Bitcoin inside the history of monetary technologies. It examines why societies adopted shells, stones, metals, coins, gold, paper claims, government currency, and eventually digital money. It asks what properties allow a good to transmit value across time and space and what happens when a monetary system can be expanded or manipulated by privileged institutions. The book then presents Bitcoin as digital hard money: scarce, global, decentralized, and governed by a protocol rather than the discretion of a political authority. Its greatest contribution is the monetary framework. Some of its broader cultural conclusions should be treated as arguments rather than universal laws, but its central question is indispensable: What form of money best preserves individual choice, capital, and economic energy across generations? Read it after Rothbard, Yergin, Deutsch, and The Mobile Wave. Rothbard explains money and political power. Yergin explains energy. Deutsch explains knowledge. The Mobile Wave explains digital transformation. The Bitcoin Standard brings those themes together around a monetary network. Then read Satoshi Nakamoto’s original white paper. Commentary supplies context, but the engineer ultimately returns to the specification and the machine itself. ([Wiley-VCH](https://www.wiley-vch.de/en/areas-interest/finance-economics-law/the-bitcoin-standard-978-1-119-47386-2)) ## Read Adversarially These books should not be read for ideological confirmation. - Durant should be tested against modern scholarship. - Diamond should be balanced against human agency, institutions, and culture. - Keegan should be read alongside Clausewitz. - Livy should be distinguished from modern historiography. - Rothbard should be confronted with the strongest arguments for constitutional government and public authority. - Taleb’s skepticism should itself be subjected to skepticism. - Chernow’s protagonists should be studied rather than worshipped. - Yergin’s history should not be mistaken for a prediction that the future must resemble the past. - Deutsch’s optimism should be understood as conditional on institutions capable of criticism and correction. - The Mobile Wave should be judged against the world that followed it. - The Bitcoin Standard should be tested against the white paper, the code, the network, monetary history, and competing theories of money. No author should become a substitute for thought. Read every work with three questions: 1. What does this framework reveal that others miss? 2. Where does it simplify reality too aggressively? 3. What decisions would change if it were correct? The purpose of reading is not to memorize conclusions. It is to improve the ability to perceive reality, identify causality, recognize incentives, distinguish signal from noise, and act responsibly. ## Counterweights and Primary Sources Several additional works naturally extend the core curriculum. #### On War, by Carl von Clausewitz Read at least the major sections on the nature of war, political purpose, friction, uncertainty, and the relationship between defense and offense. Clausewitz is the necessary counterweight to Keegan. A leader must understand both war’s rational strategic purpose and its tendency to escape rational control. #### The Federalist Papers, by Alexander Hamilton, James Madison, and John Jay These essays present the strongest original arguments for the Constitution, federal power, institutional checks, representative government, and the management of faction. They are the natural counterweight to Rothbard’s account of the Constitution and the early federal government. #### Democracy in America, by Alexis de Tocqueville Tocqueville examines democratic equality, civil society, religion, local government, individualism, majority power, associations, and administrative centralization. He explains both the productive strength of democratic society and the subtle pressures toward conformity and dependency. #### What Has Government Done to Our Money?, by Murray Rothbard This is the most accessible entry into Rothbard’s monetary thought. It introduces the development of money, inflation, banking, monetary competition, and government control over currency. #### The Mystery of Banking, by Murray Rothbard This provides a more detailed account of commercial banking, central banking, reserves, credit expansion, and monetary intervention. #### Bitcoin: A Peer-to-Peer Electronic Cash System, by Satoshi Nakamoto The white paper is not a substitute for understanding the functioning network, but it is the primary conceptual specification. A technological system should ultimately be studied through its original design, implementation, operation, and incentives, not merely through commentary about it. ## Recommended Reading Sequence I would not read all eleven Durant volumes consecutively. The curriculum will be more engaging and memorable if long narrative histories are alternated with analytical, philosophical, technological, and biographical works. ### Phase One: Orientation Begin with: 1. The Lessons of History 2. Fooled by Randomness 3. The Black Swan 4. The Beginning of Infinity 5. Guns, Germs, and Steel These works establish the central questions. What patterns recur across history? How often do we confuse luck with skill? Why do extreme events dominate outcomes? How do geography and inherited conditions shape possibility? Under what conditions can knowledge and progress continue? ### Phase Two: Foundations Proceed to: 1. Man, Economy, and State with Power and Market 2. The Ethics of Liberty 3. Antifragile 4. Skin in the Game This phase establishes a theory of human action, a moral framework for liberty, an operational approach to uncertainty, and a doctrine of aligned incentives. ### Phase Three: The Ancient World and War Read: 1. Durant Volumes I–IV 2. Livy’s four surviving collections 3. A History of Warfare 4. Selected portions of Clausewitz’s On War The Durants provide scope. Livy provides institutional depth and the Roman moral imagination. Keegan supplies the anthropology and technology of warfare. Clausewitz forces the reader to connect violence to political purpose. ### Phase Four: Ideas and Liberty Read: 1. An Austrian Perspective on the History of Economic Thought, Volumes I and II 2. Conceived in Liberty, Volumes I through V 3. The Federalist Papers 4. Democracy in America This phase connects economic ideas to political institutions and examines the continuing tension among liberty, order, federalism, democracy, local autonomy, and centralized power. ### Phase Five: Capital, Energy, and Modernity Read: 1. Titan 2. The House of Morgan 3. The Prize 4. Durant Volumes V–XI This phase shows how commerce, banking, state finance, energy, information, industrial organization, and political power combined to create the modern world. ### Phase Six: Digital Transformation and Sound Money Read: 1. The Mobile Wave 2. The Bitcoin Standard 3. The Bitcoin white paper This sequence moves from the digitization of information, products, services, and institutions to the digitization of property and money. ### Phase Seven: Coda Conclude with: 1. The Bed of Procrustes 2. A second reading of The Lessons of History Taleb’s aphorisms will carry more meaning after the reader has encountered centuries of institutional error, overconfidence, fragility, propaganda, and unintended consequences. The Durants’ synthesis will also read differently. What initially appeared to be a set of general observations will have become a compressed index of recurring civilizational patterns. The underlying sequence remains consistent with the original curriculum’s movement from orientation through foundations, history, liberty, capital, energy, and final synthesis. ## The Governing Idea - History without theory becomes anecdote. - Theory without history becomes ideology. - Technology without ethics becomes domination. - Rules that ignore incentives produce evasion, corruption, and failure. - Models without respect for uncertainty create fragility. - Capital without accountability becomes predation. - Power without limits becomes coercion. - Energy without knowledge is brute force. - Knowledge without energy remains potential. - Knowledge without liberty stagnates. - Liberty without order becomes chaos. - Order without liberty extinguishes initiative. - Money without integrity corrupts every long-term calculation. - Good intentions without competence produce unintended consequences. The leaders of the future will operate machines of unprecedented scale: corporations, states, markets, energy grids, artificial intelligence systems, communication networks, and monetary protocols. Their decisions will propagate farther and faster than those of any previous generation. They need more than intelligence. They need memory, judgment, humility, courage, discipline, and sound models. My mission is the digital transformation of energy, matter, property, capital, commerce, and trust. Bitcoin is central to that project because it sits at the intersection of many of the forces studied in this curriculum: money and power, energy and information, property and trust, fixed rules and free markets, individual sovereignty and institutional authority. To understand Bitcoin fully, one must understand what it protects, what it replaces, what it consumes, what it coordinates, and which forms of power it constrains. The natural allies in this mission are not merely technologists or investors. They are leaders who understand civilization well enough to preserve what works, reject what fails, and build what comes next. Read to remember. Read to reason. **Read to build.** **Upgrade the world.** --- # Prescriptions for Prosperity in the Digital Economy URL: https://www.michael.com/articles/prescriptions-for-prosperity-in-the-digital-economy Author: Michael J. Saylor Last updated: 2026-10-03 PDF: https://assets.contentstack.io/v3/assets/bltdef7a3f3c28ddd84/blt5d2db392ffe9040d/6ab7cfe126c31b34823599c8/Prescriptions_for_Prosperity_in_the_Digital_Economy.pdf The age of Digital Assets and Digital Intelligence needs a bill of digital rights, not a bill of restrictions. Artificial intelligence will make it possible for individuals and companies to produce far more than they can today. That makes the freedom to create, finance, own, and exchange things more important. A more productive economy needs better money and better capital markets to realize its potential. At the Bitcoin Policy Institute's Freedom Tech DC summit, I discussed these ideas with Conner Brown. My central policy recommendation is straightforward: individuals and companies need the right to create, issue, custody, transfer, and use digital assets to build wealth and prosperity. The age of Digital Assets and Digital Intelligence needs a bill of digital rights, not a bill of restrictions. ### Begin With the Rights of Individuals and Companies Freedom starts with the ability to act. A useful framework for digital assets should establish five fundamental rights. - **Create:** Develop new digital assets, financial instruments, and applications. - **Issue:** Bring those assets to market and use them to finance businesses and productive activity. - **Custody:** Hold assets directly or choose a custodian that offers the best service. - **Transfer:** Move assets between people, companies, wallets, and service providers. - **Use:** Spend, invest, earn income, and borrow against assets. These rights should belong to individuals and corporations alike. They need a foundation of financial privacy and practical access to markets. An asset's value depends on what its owner can do with it. Restrict its usefulness, and you restrict its economic potential. Digital tokens, digital currency, digital capital, and digital securities perform different economic functions. Policy should recognize those differences while preserving a common foundation of ownership and freedom. Clear disclosure, enforceable ownership, and accountability for fraud support functioning markets. Rules should make it easier for honest participants to transact with confidence. They should also leave room for products and business models that do not yet exist. ### Make It Possible to Finance 10 Million New Companies Digital intelligence will automate jobs, transform industries, and make established products obsolete. Prosperity will depend on our ability to create new businesses and new opportunities at an even greater pace. A person who can build a product with AI should also be able to finance the company that brings it to market. The cost, complexity, and delay of raising capital should fall as the technology for creating businesses improves. Digital tokens offer a way to make capital formation faster and less expensive. Policymakers should establish clear, practical issuance rules, proportionate disclosure requirements, and straightforward ways for entrepreneurs to reach prospective investors. Financing a small business should be accessible to people who cannot afford an army of lawyers. Our ambition should be to enable 10 million new companies to raise capital. That is how the productivity of digital intelligence can become new employment, new products, and broadly shared prosperity. Protecting existing business models while making it difficult to finance their successors leaves the economy poorly prepared for technological change. ### Let the Digital Dollar Compete Digital currency can put dollars into the hands of people around the world and allow them to move at the speed of light. If we want the dollar to succeed, we should want the best companies competing to make it useful. Banks, financial technology companies, and technology platforms should have a clear path to offer digital dollars. Imagine the reach of dollar products built into the devices and applications billions of people already use. Issuers should also be allowed to compete on yield. Customers should be able to choose among products with different returns, services, and clearly disclosed risks. A policy that suppresses yield to protect institutions paying little or no interest puts the interests of those institutions ahead of their customers. My recommendation is to permit that competition. Where the law prevents it, the law should change. The United States has an opportunity to expand the dollar's usefulness and reach by allowing American companies to build better products around it. ### Bring Bitcoin Into Banking and Insurance Bitcoin is Digital Capital. Its usefulness increases when individuals and businesses can hold it securely, finance it efficiently, and integrate it into the rest of the economy. Banks should be able to custody Bitcoin and extend credit against it under clear, commercially workable rules. Insurance companies should have a practical path to incorporate digital capital into their balance sheets and product design. Competition should encourage them to improve benefits and lower costs for customers. This requires reviewing accounting, capital, and supervisory rules that make these activities unnecessarily difficult. The Basel framework's 1,250 percent risk weight for Group 2b cryptoasset exposures illustrates the severity of some existing capital treatment. ([BIS](https://www.bis.org/committees/bcbs/basel-framework/standard/sco/60/inforce/2026-01-01/published/2024-11-27)) I believe policymakers should revisit that treatment and assess digital assets according to their actual risks and the activity involved. Holding an asset for a customer, lending against collateral, and taking a position on a bank's own balance sheet are different activities. Regulation should distinguish them. When more institutions compete to serve Bitcoin owners, those owners gain more ways to use their capital without selling it. Businesses gain access to financing, financial institutions gain customers, and digital capital becomes more productive within the economy. I expect bank adoption to be a major driver of the industry's growth. As banks compete to provide custody and credit, more capital can enter a market whose central asset, Bitcoin, has a limited supply. ### Make Tokenization Expand the Rights of the Owner Tokenized securities can make equity and credit available around the clock and across markets. Their greatest potential lies in what they allow owners to do. An investor should be able to hold a tokenized security directly, transfer it to a preferred service provider, and use it in a competitive market for custody and credit. A company should have those rights as well. Consider an investor with $1 million of stock. One provider might offer better financing terms; another might offer an income opportunity; a third might provide better service. The investor should be able to compare those choices and move the asset accordingly. Self-custody matters even to people who ultimately choose a custodian. The ability to leave gives the customer bargaining power. If assets can move, providers must compete to retain them. That competition can improve service, reduce borrowing costs, and give owners more of the economic value their assets generate. Simply putting a security on a blockchain while confining it to the same closed group of intermediaries leaves much of this opportunity unrealized. The policy objective should be to expand the owner's choices. ### Protect Financial Privacy Financial privacy is part of economic freedom. Individuals should be able to live their lives, and companies should be able to conduct routine business, without unnecessary disclosure of their financial affairs. Protecting that privacy also protects personal security, commercial strategy, and the freedom to choose whom to do business with. My policy preference is clear: ordinary, lawful transactions below a meaningful threshold, such as $10,000, should not trigger routine government reporting solely because money or digital assets have moved. Reporting should serve a defined public purpose and impose a burden proportionate to the risk. Privacy in ordinary commerce can coexist with targeted reporting and investigation of suspicious activity. The familiar federal currency-transaction reporting rule applies to cash transactions over $10,000, including transactions aggregated under the rules. ([FinCEN](https://www.fincen.gov/sites/default/files/shared/CTRPamphlet.pdf)) That threshold dates to 1972. In a 2024 report, the Government Accountability Office estimated that an inflation-adjusted threshold would have been approximately $72,880 in 2023. ([GAO](https://www.gao.gov/products/gao-25-106500)) Leaving a threshold unchanged for decades subjects increasingly ordinary economic activity to a system designed for much larger transactions. Policymakers should raise outdated reporting thresholds and index them to inflation. A digital economy also needs clear protections for routine transfers between people, businesses, and their own accounts or wallets. The ability to move an asset efficiently and privately is part of what makes it useful. ### Make Compliance Portable In over-the-counter markets, the same investor can be asked to complete a separate anti-money-laundering and know-your-customer process with each financial counterparty. Documents are collected again, identities are checked again, and approvals can take days. Each additional relationship carries a cost before any productive activity begins. We should aspire to billions of investors transacting with millions of providers in seconds at negligible cost. A system that requires every relationship to begin with another manual review can leave us with the opposite: thousands of investors, dozens of providers, days of delay, and great expense. These are competing visions for the scale and accessibility of finance. Policymakers should make it practical to verify identity once and reuse trusted credentials across providers, with the customer's permission and appropriate updates. Existing bank rules already permit limited reliance on another financial institution's identity-verification procedures. ([eCFR](https://www.ecfr.gov/current/title-31/subtitle-B/chapter-X/part-1020/subpart-B/section-1020.220)) We should expand practical reliance, establish clear responsibility and liability, and support interoperable credentials that disclose only the information needed for a transaction. Providers would remain responsible for assessing risk and monitoring suspicious activity. But routine verification should be reusable, and additional scrutiny should follow actual risk. Collecting the same sensitive documents repeatedly adds cost and creates more copies of information that must be protected. Lower onboarding costs would make it easier for investors to compare providers, for new firms to win customers, and for businesses to obtain capital. Privacy and competition reinforce each other when customers can prove what is necessary without surrendering more information than the service requires. ### Make Digital Money Practical to Use The right to use an asset must work in ordinary life. Buying dinner or paying for a routine service should not turn a customer into a tax accountant. Under current U.S. tax rules, spending a digital asset can require calculating and reporting a gain or loss. ([IRS](https://www.irs.gov/filing/digital-assets)) That administrative burden discourages everyday use. Policymakers should establish a meaningful de minimis exemption for ordinary digital asset payments. A $20 or $200 cap on the value of a purchase is inadequate for modern commerce. A family dinner can exceed $200. Calling a token allowance financial freedom understates what citizens need to participate in a digital economy. The design matters. A threshold based on taxable gain is different from a limit on the value of a purchase. Relief should be large enough to cover ordinary spending, indexed to inflation, and simple enough to eliminate needless transaction-by-transaction calculations and recordkeeping for qualifying payments. Tax exemptions and government reporting thresholds solve different problems. Both should respect citizens' time and the economics of everyday life. An asset that moves instantly but creates hours of paperwork has not delivered on the promise of digital money. ### Build a Financial System That AI Agents Can Use We are moving toward an economy in which software performs more of the work people once did through phone calls, websites, and face-to-face meetings. AI agents will increasingly research, negotiate, purchase, and coordinate with other agents. That economy needs financial infrastructure that operates continuously. Money and capital must be available at the speed of software, 24 hours a day, 365 days a year. The traditional financial system is organized around human identities, human interfaces, and human working hours. As individuals and companies delegate more activity to AI, they will need practical ways for their agents to transact on their behalf. That means digital wallets, programmable payments, transferable assets, and financial services that software can access directly. Bitcoin and other digital assets fit naturally into that environment. An agent operating across the internet needs capital it can recognize and use digitally. It cannot move a bar of gold at the speed of light or wait months for a property transaction every time it needs to allocate resources. Digital intelligence will increase the amount of productive activity that can take place. Digital assets can help finance and coordinate that activity. Their intersection is where I expect much of the next wave of innovation to emerge. ### Make Technological Capability a National Priority AI will create risks as well as opportunities. Some people will use powerful technology for harmful purposes. The response should be to ensure that responsible individuals, companies, and public institutions have the capability to defend themselves. If a hostile actor uses an AI agent, an effective defense may require a better agent. A country that limits its own technological development cannot assume its adversaries will accept the same limits. We understand this with air power, space power, and cyber power. National security depends on the ability to develop and deploy advanced technology. America should put the best tools into the hands of its people, businesses, schools, and public institutions. We should enable students to learn with AI and entrepreneurs to build with it. The ability to solve a problem more effectively is a reason to develop a technology's potential. Technological leadership requires broad participation. Every capable person we enable becomes another source of invention, productivity, and resilience. ### Let Regulators Lead Where They Can Act Over the next two years, I believe the most promising path to greater digital asset freedom runs through the SEC, the CFTC, Treasury, and the White House. The SEC should make capital formation and tokenized securities more useful and accessible. The CFTC should enable competitive digital commodity and derivatives markets. Treasury and the banking regulators should establish workable paths for custody, credit, payments, and the integration of digital capital into financial institutions. The White House should coordinate a national direction that favors innovation and economic leadership. Each institution should use its lawful authority to remove unnecessary barriers and establish clear paths for new products. Where legislation is required, Congress should extend the rights of individuals and companies. My objection to the approach taken in CLARITY is that it placed too much emphasis on restrictions. The test for any proposal should be what people will be able to create, own, transfer, and use after it takes effect. A long, detailed law can still be a poor foundation for prosperity if it protects existing intermediaries by limiting the usefulness of new assets. Certainty has little value when it makes productive innovation impossible. ### Build the Products That Make Freedom Durable One argument for comprehensive legislation is that it could protect the industry from a hostile future administration. That is a reasonable goal. But a law that eliminates most of the industry's potential at the outset is an expensive form of protection. There is another source of durability: useful products that people depend on. Washington finds it difficult to defend a product that does not yet exist for customers who have not yet appeared. Once millions of people use that product to save money, finance a business, or improve their lives, its value becomes tangible. Those customers have something concrete to defend. The industry should build excellent products, bring them to market, and earn that support. Policymakers should give it room to do so. We can refine rules as markets develop and actual problems become clear. I believe digital assets can grow into a $100 trillion industry. Reaching that potential will require millions of people and companies experimenting with better ways to create and organize capital. Give them the right to create, issue, custody, transfer, and use digital assets. Let them compete to make those assets more useful. **That is how we create wealth and prosperity in the age of intelligence.** ## Sources and Further Reading This essay draws on the Basel Framework's treatment of Group 2b cryptoasset exposures, FinCEN's currency-transaction-reporting guidance, the Government Accountability Office's 2024 report on currency transaction reports, the federal rules on reliance for customer identification, and IRS guidance on digital assets. ([BIS](https://www.bis.org/committees/bcbs/basel-framework/standard/sco/60/inforce/2026-01-01/published/2024-11-27), [FinCEN](https://www.fincen.gov/sites/default/files/shared/CTRPamphlet.pdf), [GAO](https://www.gao.gov/products/gao-25-106500), [eCFR](https://www.ecfr.gov/current/title-31/subtitle-B/chapter-X/part-1020/subpart-B/section-1020.220), [IRS](https://www.irs.gov/filing/digital-assets)) --- # Bitcoin Mining and the Environment URL: https://www.michael.com/articles/bitcoin-mining-and-the-environment Author: Michael J. Saylor Last updated: 2026-10-03 To Journalists, Investors, Regulators, & Anyone Else Interested in Bitcoin & the Environment, Thanks for your inquiry. I thought I would share a few high level thoughts on Bitcoin Mining & the Environment. **1.** **Bitcoin Energy Utilization**: Bitcoin runs on stranded, excess energy, generated at the edge of the grid, in places where there is no other demand, at times when no one else needs the electricity. Retail & commercial consumers of electricity in major population areas pay 5-10x more per kwH (10-20 cents per kwH) than bitcoin miners, who should be thought of as wholesale consumers of energy (normally budgeting 2-3 cents per kwH). The world produces more energy than it needs, and approximately a third of this energy is wasted. The last 15 basis points of energy power the entire Bitcoin Network - this is the least valued, cheapest margin of energy left after 99.85% of the energy in the world is allocated to other uses. **2.** **Bitcoin vs. Other Industries**: Bitcoin mining is the most efficient, cleanest industrial use of electricity, and is improving its energy efficiency at the fastest rate across any major industry. Our metrics show ~59.5% of energy for bitcoin mining comes from sustainable sources and energy efficiency improved 46% YoY. No other industry comes close (consider planes, trains, automobiles, healthcare, banking, construction, precious metals, etc.). The bitcoin network keeps getting more energy efficient because of the relentless improvement in the semiconductors (SHA-256 ASICs) that power the bitcoin mining centers, combined with the halving of bitcoin mining rewards every four years that is built into the protocol. This results in a consistent 18-36% improvement year after year in energy efficiency. More details on this are included in the [BMC Presentation](https://bitcoinminingcouncil.com/wp-content/uploads/2022/07/2022.07.19-BMC-Presentation-Q2-22-Presentation.pdf). **3.** **Bitcoin Value Creation & Energy Intensity**: Approximately $4-5 billion in electricity is used to power & secure a network that is worth $420 billion as of today, and settles $12 billion per day ($4 trillion per year). The value of the output is 100x the cost of the energy input. This makes Bitcoin far less energy intensive than Google, Netflix, or Facebook, and 1-2 orders of magnitude less energy intensive than traditional 20th century industries like airlines, logistics, retail, hospitality, & agriculture. **4. Bitcoin vs. Other Cryptos**: The only proven technique for creating a digital commodity is Proof of Work (bitcoin mining) deployed in a fair, equitable fashion (i.e. no pre-mine, no ICO, no controlling foundation, no primary software development team, no series of forced hard fork upgrades that materially change the monetary protocol). If we remove the dedicated hardware (SHA-256 ASICs) and the dedicated energy that powers those mining rigs, we are left with a network secured by proprietary software running on generic computers. That places all security & control of the network in the hands of a small group of software developers, who must create virtual machines doing virtual work with virtual energy in a virtual world to create virtual security. All attempts to date have resulted in a digital asset that meets the definition of an investment contract (i.e. digital security, not digital commodity). They all pass the Howie test and therefore look more like equities than commodities. Regulators & legal experts have noted on many occasions that Proof of Stake networks are likely securities, not commodities, and we can expect them to be treated as such over time. PoS Crypto Securities may be appropriate for certain applications, but they are not suitable to serve as global, open, fair money or a global open settlement network. Therefore, it makes no sense to compare Proof of Stake networks to Bitcoin. The creation of a digital commodity without an issuer that serves as “digital gold” is an innovation (we have accomplished this only once in the history of the world with Bitcoin). The creation of a digital security or digital coupon on a shared database is utterly ordinary (it has been done 20,000 times in the crypto world, and 100,000+ times in the traditional world). **5.** **Bitcoin & Carbon Emissions**: 99.92% of carbon emissions in the world are due to industrial uses of energy other than bitcoin mining. Bitcoin mining is neither the problem nor the solution to the challenge of reducing carbon emissions. It is in fact a rounding error and would hardly be noticed if it were not for the competitive guerrilla marketing activities of other crypto promoters & lobbyists that seek to focus negative attention on Proof of Work mining in order to distract regulators, politicians, & the general public from the inconvenient truth that Proof of Stake crypto assets are generally unregistered securities trading on unregulated exchanges to the detriment of the retail investing public. **6.** **Bitcoin & Environmental Benefits**: There is an increasing awareness that Bitcoin is quite beneficial to the environment because it can be deployed to monetize stranded natural gas or methane gas energy sources. Methane gas emissions' curtailment is particularly compelling and [DanBatten](https://twitter.com/DSBatten) ([https://batcoinz.com/](https://batcoinz.com/)) has written some impressive papers on this subject. It has also become clear that energy grids that rely primarily on sustainable power sources like wind, hydro, & solar can be unreliable at times due to lack of water, sunlight, or wind. In this case, they need to be paired with a large, flexible electricity consumer like a bitcoin miner in order to develop grid resilience & finance the buildout of additional capacity necessary to responsibly power major industrial/population centers. The recent example of major Bitcoin energy curtailment on the ERCOT grid in Texas is an example of the benefits of bitcoin mining to sustainable power providers. No other industrial energy consumer is so well suited to monetize excess power as well as curtail flexibly during periods of energy shortfall & production volatility. **7.** **Bitcoin & Global Energy**: Bitcoin maximalists believe that Bitcoin is an instrument of economic empowerment for 8 billion people around the world. This is supported by the ability of a bitcoin miner to monetize any power source, anywhere, anytime, at any scale. Bitcoin mining can bring a clean, profitable and modern industry that generates hard currency to a remote location in the developing world, connected only via satellite link. All that is needed is some excess electricity generated from a waterfall, geothermal source, or miscellaneous excess energy deposit. Google, Netflix, and Apple won’t be setting up data centers in Central Africa that export services to their wealthy western clients anytime soon due to constraints on bandwidth, privacy, & requirements for consistent power flow, but bitcoin miners are not hampered by these constraints. They can utilize erratic power supplies with low bandwidth in remote locations and generate valuable bitcoin without prejudice, just as if they were in a suburb of NYC, LA, or SF. Even now, Bitcoin miners are everywhere and will continue to spread (though Africa, Asia, South America, etc.) wherever there is excess energy and anyone with aspirations for a better life. Bitcoin is an egalitarian financial asset offering financial inclusion to all, and bitcoin mining is an egalitarian technology industry offering commercial inclusion to anyone with the energy & engineering capability to operate a mining center. Thank you for your interest, and best wishes with your article, research, legislation, or investments. **Michael Saylor**Executive Chairman MicroStrategy **References:** [https://bitcoinminingcouncil.com/bitcoin-mining-electricity-mix-increased-to-59-5-sustainable-in-q2-2022/](https://bitcoinminingcouncil.com/bitcoin-mining-electricity-mix-increased-to-59-5-sustainable-in-q2-2022/) [https://bitcoinminingcouncil.com/wp-content/uploads/2022/07/2022.07.19-BMC-Presentation-Q2-22-Presentation.pdf](https://bitcoinminingcouncil.com/wp-content/uploads/2022/07/2022.07.19-BMC-Presentation-Q2-22-Presentation.pdf) [https://casebitcoin.com/](https://casebitcoin.com/) --- # A Digital Assets Strategy to Dominate the 21st Century Global Economy URL: https://www.michael.com/articles/a-digital-assets-strategy Author: Michael J. Saylor Last updated: 2026-10-03 **Preamble** With the right digital assets framework, policies, and leadership, we can enrich our citizens, empower our businesses, dominate the global economy, and pay off the national debt. The economic benefit to the U.S. ranges from $60-100 trillion over the next decade. The spiritual benefit will be enormous and enduring. **Digital Assets — Create a Sound Framework to Catalyze the Crypto Renaissance** The proper digital assets taxonomy eliminates unnecessary confusion, conflict, and controversy while fostering rapid innovation, collaboration, and capital creation. A streamlined approach introduces four new digital asset classes, seamlessly integrating the traditional financial system of securities, commodities, and currencies with the new digital economy. This structure must be elegant, intuitive, and adaptable to accommodate billions of people and millions of companies. 1. **Digital Token** - An asset with an issuer, backed by Digital Utility, for Capital Creation & Innovation. 2. **Digital Security** - An asset with an issuer, backed by a Security or Commodity, for Capital Efficiency & Globalization. 3. **Digital Currency** - An asset with an issuer, backed by Currency, for Digital Commerce & Dollar Supremacy. 4. **Digital Commodity** - An asset **without an issuer**, backed by Digital Power, for Capital Preservation & Appreciation. **Vision — Unleash the Power of the Crypto Industry to Grow the Global Economy** - Millions of U.S. businesses, artists, influencers, and institutions can quickly access capital markets by issuing Digital Tokens via Digital Exchanges. - Thousands of stocks, bonds, ETFs, and commodities can be issued as Digital Securities, circulating 24/7 globally on computer networks and mobile devices. - Digital Currencies issued by U.S. companies will ensure the dollar remains integral to global commerce, positioning American issuers as the world’s financial leaders. - The dominant Digital Commodity, Bitcoin, will serve as a global standard for capital preservation and appreciation, attracting trillions in capital flows, with the U.S. as the primary beneficiary. **Principles — Become Bankers to the World by Revitalizing Capitalism & Property Rights** - **Issuers** must have the right to create and issue assets without requiring prior approval from regulators. - **Exchanges** should have the right to custody, trade, and transfer digital assets seamlessly between clients and other exchanges. - **Owners** should have the right to freely custody, trade, and transfer their assets. - **All market participants** must adhere to: - Fair disclosure.Ethical behavior.A commitment to avoiding conflicts of interest. - **No one** has the right to engage in fraud, and all are civilly and criminally accountable for their actions. - **The industry** should be responsible for disclosures and compliance, allowing markets to function organically. - **Digital assets** should move freely over the internet, as swiftly as computational processes allow, without censorship or regulatory obstruction. - By establishing superior financial protocols, **the U.S. can lead the world in digital finance**, attract global capital, and serve as the foundation for the future economy. **Imperatives — End the War on Crypto and Drive the Digital Transformation of the Economy** - Hostile and unfair tax policies on crypto miners, holders, and exchanges hinder industry growth and should be eliminated, along with arbitrary, capricious, and discriminatory regulations. - The government should encourage and provide support for major banks to custody, trade, and finance Bitcoin assets. Debanking of crypto industry participants should not be tolerated. - For the industry to reach its full potential, it needs to be recognized as legitimate and treated fairly by the traditional banking, insurance, and financial establishment, as well as government agencies. **Opportunity — Transform & Turbocharge the U.S. Economy Over the Next Decade** 1. **Digital Token** - Expand U.S. companies' capital base by $10 trillion, dominating global products and services. We **export our ideas** to the world. 2. **Digital Security** - Grow U.S. securities by $20 trillion, establishing leadership in global stock, bond, and derivatives markets. We **export our securities** to the world. 3. **Digital Currency** - Expand U.S. Treasuries by $10 trillion, reinforcing dominance in global banking, credit, and currency markets. We **export our currency** to the world. 4. **Digital Commodity** - Increase U.S. long-term capital assets by $20 trillion, enhancing the wealth of American households and corporations. We **export our values** to the world. **Strategic Bitcoin Reserve — Win the Race to Dominate Cyberspace & Own the Future** 1. **Acquire 5-25% of the Bitcoin network** in trust for the nation through consistent, programmatic daily purchases between 2025 and 2035, when 99% of all BTC will have been issued. 2. **The Strategic Bitcoin Reserve (SBR) has the potential to generate $16-81 trillion in wealth for the U.S. Treasury by 2045**, offering a viable pathway to offset the national debt. 3. **Never Sell Your Bitcoin!** By 2045, the reserve should be generating $10+ trillion annually, continuously growing, and serving as a perpetual source of prosperity for the American people for generations to come. **Conclusion — A Call to Action** The time to act is now. By embracing digital assets and fostering innovation, the United States can secure its position as the global leader in the 21st-century economy. Policymakers, regulators, and industry leaders must collaborate to establish a regulatory framework that enables responsible growth while ensuring market integrity. A strong, forward-thinking strategy will unlock trillions in economic value, strengthen national security, and position the U.S. as the undisputed leader in the digital age. --- # What is Money? URL: https://www.michael.com/articles/what-is-money Author: Michael J. Saylor Last updated: 2026-10-03 PDF: https://assets.contentstack.io/v3/assets/bltdef7a3f3c28ddd84/blt0ff7ca415127cd57/6ab7eb85971a5306272b58a2/What_is_Money.pdf In *What Is Money? The Saylor Series*, Robert Breedlove and I begin with a simple question and follow it through the history of civilization, technology, economics, and Bitcoin. The answer is straightforward: money is economic energy. Human beings invest time, intelligence, labor, and natural resources to create value. Money is the technology that allows us to store that value, transport it through time, and transfer it across space. Money is not merely a medium of exchange. Its deeper purpose is to preserve the product of your life until you choose to use it. This gives us a simple way to evaluate every monetary system: how effectively does it conserve economic energy? ### Civilization Is an Energy Story The history of civilization is the history of humanity learning to channel energy more efficiently. Fire allowed us to transform chemical energy. Missiles allowed us to project kinetic energy. Hydraulics redirected gravitational energy. Steel, petroleum, electricity, refrigeration, computing, and telecommunications extended the reach of human intelligence. Protocols multiplied the power of these technologies. Standardized roads, measurements, languages, electrical systems, and computer networks allowed millions of people to coordinate without renegotiating the rules every time they interacted. The recurring pattern of technological progress is simple: harder, smarter, faster, stronger. We create stronger materials, smarter machines, faster networks, and more resilient systems. Each innovation allows us to produce more while expending less. Money is also a technology. It is a protocol for coordinating economic activity and storing the energy generated by civilization. The question is whether our monetary technology has evolved as effectively as our other technologies. ### The Monetary Test Imagine that you possess $100 million of economic energy. - Can you transport it 100 years into the future? - Can you move it across an ocean? - Can you carry it through a hostile political jurisdiction? - Can you transfer it to another person without relying on a bank, government, corporation, or custodian? How much of the original $100 million arrives? Inflation, taxation, storage costs, custody fees, transaction friction, counterparty risk, political intervention, and confiscation are all forms of monetary entropy. They drain energy from the system. **Good money conserves energy. Bad money dissipates it.** ### Gold Is Physical Money For thousands of years, gold was humanity's best monetary technology. Gold is durable, recognizable, divisible, and relatively scarce. It cannot be printed by decree. It allowed people to preserve wealth better than commodities that spoiled, corroded, or could be produced easily. But gold remains a physical commodity, and physicality creates friction. Gold has mass. It is expensive to transport, secure, divide, authenticate, and audit. The more gold you own, the greater your security burden becomes. Large quantities invite seizure, confiscation, and violence. Gold also suffers from an oracle problem. Once gold enters the financial system, most people no longer possess the metal directly. They possess a claim on gold held by a custodian. Someone must be trusted to verify that the gold exists and has not been pledged to someone else. Its supply is not a closed system. Higher prices create incentives for additional exploration, mining, and production. Gold is hard money, but it is mechanically defective money. It can preserve economic energy, but it cannot move that energy efficiently through time and space. ### Fiat Is Political Money Fiat currency improved upon gold's portability. Paper claims and electronic balances move faster than metal. Fiat enabled modern banking, credit, securities, commerce, and large-scale economic coordination. But fiat solved gold's mechanical problem by introducing a political problem. The integrity of fiat currency depends upon institutions. Its supply, interest rates, and rules are controlled by governments and central banks. The system can be altered by political discretion. - The rules can change. - The supply can expand. - Accounts can be frozen. - Transfers can be blocked. - Purchasing power can be diluted. Fiat is therefore a high-entropy monetary storage system. It is effective for short-term transactions, but unreliable for preserving economic energy across decades. Refrigeration allowed civilization to remove entropy from food and preserve its energy for longer periods. Fiat does the opposite to money. It allows stored economic energy to spoil. **Gold is defective because of its mechanical nature. Fiat is defective because of its political nature.** ### Bitcoin Is Digital Monetary Energy The invention of computers, digital networks, and cryptography created the components necessary for a new monetary system. Bitcoin combined them into the first digitally engineered monetary network. Bitcoin dematerializes monetary property. It gives us an asset with no physical mass, no central issuer, and a supply governed by a public protocol rather than political discretion. It transforms property into information. Economic energy can be stored behind cryptographic security, transported through a global communications network, and settled without depending upon a trusted intermediary. Bitcoin is digital gold, but it is more useful to understand it as digital monetary energy. - It is harder because its supply cannot be expanded arbitrarily. - It is smarter because it can be integrated with software and extended through additional layers. - It is faster because digital property can move across the world at the speed of information. - It is stronger because every participant with capital invested in the network has an incentive to defend it. Bitcoin is designed to channel monetary energy across time and space with less leakage than any previous system. ### Proof of Work Anchors Bitcoin in Reality Proof of work is not incidental to Bitcoin. It is the bridge between the digital monetary network and the physical world. Mining transforms energy and computing power into security. It makes rewriting the ledger costly and forces participants to compete openly under the same rules. There is no gatekeeper who can be persuaded, bribed, or coerced into changing the history of the network. Proof of work also creates an economic relationship between Bitcoin and the global energy system. Miners can operate near stranded or underutilized energy sources, converting otherwise difficult-to-transport energy into digital value. Energy producers become economically aligned with Bitcoin. Technology companies develop better hardware. Investors fund infrastructure. Jurisdictions compete for mining activity, employment, and tax revenue. **The network recruits its own defenders.** ### Bitcoin Is Cybernetic Life Bitcoin is more than static software. It is an adaptive network composed of miners, nodes, investors, engineers, exchanges, energy producers, companies, and users. Each participant responds to economic incentives. Threats attract investment in defense. Competition drives more efficient mining technology. Political pressure encourages geographic distribution. Rising value attracts more capital, infrastructure, and talent. The network becomes stronger because it is attacked. In this sense, Bitcoin behaves like cybernetic life. Its protocol is the genetic code. Its participants compete, adapt, and evolve around it. The book identifies seven mutually reinforcing layers of Bitcoin security: energy, technology, politics, finance, network effects, spatial distribution, and time. The longer Bitcoin survives, the more credible its survival becomes. The more value it secures, the greater the incentive to protect it. ### Simplicity Is a Feature Bitcoin's limited functionality is one of its greatest strengths. A monetary base layer should not attempt to perform every possible financial or commercial function. Each additional feature creates complexity and expands the attack surface. Bitcoin is more like a single-celled organism than an elaborate machine. It is optimized to perform one critical function: maintain a secure ledger of scarce digital property. Its simplicity supports survivability. Bitcoin does not need to process every retail payment directly. It can serve as the monetary foundation while faster networks, banks, wallets, credit systems, and payment applications operate above it. Currency is an application of money. People can keep a small portion of their wealth in transactional currency while storing the majority in a superior monetary asset. Bitcoin can function as a high-frequency store of value and a low-frequency settlement network, while other systems provide speed, convenience, credit, and financial services. **The base layer provides integrity. The higher layers provide functionality.** ### Digital Property Creates Sovereignty Throughout history, property rights have depended upon institutions and physical force. Land can be taxed or seized. Gold can be confiscated. Bank accounts can be frozen. Securities depend upon custodians, courts, and governments. Bitcoin creates a different form of ownership. A private key establishes control over digital property without requiring permission from a central authority. Ownership can be verified mathematically rather than politically. Bitcoin therefore offers a new form of sovereignty: the ability to preserve and direct economic energy according to your own purpose. It can cross borders. It can survive institutional failure. It can be divided, transferred, and secured without revealing a physical location. Bitcoin represents property rights converted into information. ### Bitcoin Changes More Than Money Once Bitcoin exists as digital monetary property, an entire economy can develop around it. Companies can hold it as treasury capital. Banks can build credit products upon it. Investors can create securities, loans, derivatives, and savings instruments tied to it. Payment networks can use it for global settlement. Trusts and endowments can use it to preserve resources across generations. Hardware manufacturers can integrate Bitcoin into devices. Energy companies can monetize stranded power. Applications can use Bitcoin to establish identity, reputation, and economic accountability. Social networks could require participants to place a small amount of value at risk, making bots, scams, spam, and malicious activity more expensive. Bitcoin could provide cyberspace with something it has always lacked: consequences. The internet gave the world a protocol for moving information. Bitcoin gives the world a protocol for moving value. It can become the economic foundation for a safer, more accountable, and more productive digital civilization. ### The Engineering Solution to Money The central question is not whether Bitcoin can purchase a cup of coffee. The central question is whether Bitcoin can preserve economic energy better than the available alternatives. - Can it transport $100 million across 100 years? - Can it move wealth across political and geographic domains? - Can it protect property from arbitrary dilution, seizure, and corruption? - Can it provide a stable foundation upon which faster and more sophisticated financial systems can be constructed? Gold monetized physical scarcity. Fiat monetized political credit. Bitcoin monetizes digital scarcity. Human civilization advances when we discover better methods for capturing, conserving, and channeling energy. Money is the highest form of energy human beings can channel because it commands our time, labor, technology, and natural resources. **Bitcoin is the engineering solution to the problem of money. Money is energy. Bitcoin is digital monetary energy.** --- # The Four Ideologies of Bitcoin URL: https://www.michael.com/articles/the-four-ideologies-of-bitcoin Author: Michael J. Saylor Last updated: 2026-10-03 PDF: https://assets.contentstack.io/v3/assets/bltdef7a3f3c28ddd84/bltf11d770ccfce82d8/6ab7f0b1c01db3f168552787/The_Four_Ideologies_of_Bitcoin.pdf Bitcoin is no longer a narrow technical experiment or a niche monetary protest. It has become the dominant digital monetary network and a global asset with profound implications for individuals, institutions, corporations, banks, capital markets, and nation-states. As Bitcoin grows, the community around it is naturally differentiating into distinct schools of thought. These groups share a common belief in Bitcoin’s importance, but differ in how they believe Bitcoin should evolve, integrate, scale, and be protected. This paper describes four major Bitcoin ideologies: - Bitcoin Maximalists - Bitcoin Capitalists - Bitcoin Technologists - Bitcoin Fundamentalists Each ideology reflects a different emphasis. The Maximalist sees Bitcoin as the dominant monetary network. The Capitalist sees Bitcoin as an open economic foundation to be integrated into global markets. The Technologist sees Bitcoin as a protocol that must continue to improve. The Fundamentalist sees Bitcoin as a sacred monetary breakthrough that must be protected from corruption, capture, and compromise. These groups are not necessarily mutually exclusive. Many Bitcoiners hold elements of more than one view. But the distinctions are useful because they clarify the debates now shaping Bitcoin’s future. ### 1. Bitcoin Maximalist #### Core Belief Bitcoin is the dominant digital monetary network: an ethical, technical, and economic breakthrough, and an instrument of economic empowerment. It offers superior property rights, monetary integrity, and hope to those facing economic misery. #### Worldview The Bitcoin Maximalist believes Bitcoin is not simply one crypto asset among many. It is the breakthrough. It is the network that solved digital scarcity, established a credible fixed monetary supply, and created a decentralized protocol for storing and transferring value without dependence on any government, bank, corporation, or intermediary. To the Maximalist, Bitcoin matters because it provides something the world desperately needs: incorruptible money. It offers protection against inflation, confiscation, debasement, capital controls, institutional failure, and monetary chaos. Maximalists tend to see Bitcoin as a moral and civilizational advance, not merely a trade. They believe that superior money improves human behavior, rewards low time preference, protects savings, and gives individuals a path out of economic oppression. #### What Maximalists Emphasize Bitcoin Maximalists emphasize: - Bitcoin as the dominant digital monetary network - Bitcoin as the only truly decentralized crypto asset - Bitcoin as superior property rights - Bitcoin as a solution to currency debasement - Bitcoin as hope for people facing economic misery - Bitcoin as a long-term store of value - Bitcoin as the foundation of a better monetary system #### Natural Strengths The Maximalist position is powerful because it provides moral clarity. It identifies Bitcoin’s highest purpose: to deliver economic empowerment through sound money. It resists distraction, dilution, and false equivalence with competing tokens or projects. Maximalism gives Bitcoin its strongest identity: there is no second best. #### Natural Risk The risk is that Maximalism can become imprecise if it fails to distinguish between Bitcoin as the winning monetary network and the different ways the world might adopt it. A Maximalist may believe Bitcoin has won, but still need to answer how Bitcoin integrates with banks, companies, capital markets, governments, and billions of individuals. Maximalism defines the destination. Other ideologies debate the route. ### 2. Bitcoin Capitalist #### Core Belief Bitcoin reaches its full potential by integrating with the global economy: currencies, credit, securities, companies, banks, institutions, governments, families, and individuals. Bitcoin is an open monetary network for everyone. #### Worldview The Bitcoin Capitalist believes Bitcoin is for everyone. It should not remain isolated in a closed system. It should be integrated into every portfolio, balance sheet, product, service, security, currency, credit instrument, and capital structure where it can create value. To the Capitalist, Bitcoin is digital capital. Like steel, electricity, oil, the internet, or mobile computing, its full value emerges when it is embedded into the global economy. Bitcoin does not need to replace every institution in order to transform the world. It can strengthen individuals, companies, banks, insurers, asset managers, sovereigns, families, and capital markets by giving them access to a superior form of capital. The Capitalist is comfortable with institutional adoption. Companies can hold Bitcoin. Banks can custody Bitcoin. Capital markets can finance Bitcoin accumulation. Credit instruments can be built on Bitcoin. Equity can be enhanced by Bitcoin. Currencies and payment systems can be strengthened by Bitcoin. #### What Capitalists Emphasize Bitcoin Capitalists emphasize: - Bitcoin as digital capital - Integration with global capital markets - Bitcoin-backed credit - Bitcoin-backed securities - Corporate Bitcoin treasury strategies - Institutional custody and lending - Banks, brokers, insurers, and asset managers as adoption channels - L2 and L3 innovation for scalability and functionality - Market incentives as a force for Bitcoin’s defense and growth Capitalists often believe that many base-layer limitations can be addressed through higher-layer innovation or through the actions of self-interested institutional holders. If large companies, banks, funds, and nations depend on Bitcoin, they will have strong incentives to protect the network, improve surrounding infrastructure, and ensure its long-term security. #### Natural Strengths The Capitalist position is powerful because it explains how Bitcoin scales into the existing world. It is pragmatic, inclusive, and expansionary. It welcomes individuals, families, corporations, institutions, and governments into the Bitcoin network. Capitalists understand that the global economy is built on capital, credit, collateral, custody, liquidity, securities, accounting, regulation, taxation, and institutional infrastructure. If Bitcoin is to become global digital capital, it must interact with these systems. The Capitalist view is also optimistic. It believes Bitcoin can improve the world not by forcing everyone into one narrow mode of usage, but by allowing free markets to create many forms of Bitcoin adoption. #### Natural Risk The risk is that Capitalist integration can introduce complexity, leverage, custodial risk, regulatory dependence, and institutional influence. If poorly designed, Bitcoin-based financial products could recreate some of the fragility Bitcoin was created to solve. The Capitalist must therefore distinguish between productive integration and reckless financialization. The goal should be to extend Bitcoin’s benefits without undermining its core properties. ### 3. Bitcoin Technologist #### Core Belief Bitcoin reaches its full potential through continuous base-layer improvement that enhances scalability, usability, privacy, functionality, security, integrity, and compatibility as needs and threats evolve. #### Worldview The Bitcoin Technologist sees Bitcoin as an extraordinary protocol, but not a finished one. The Technologist believes that technology evolves, threats evolve, user needs evolve, and therefore Bitcoin must continue to evolve as well. To the Technologist, responsible protocol improvement is not corruption. It is stewardship. Bitcoin’s long-term success may require better privacy, better scalability, better scripting capabilities, better security, better wallet architecture, better interoperability, better custody models, better L2 support, and eventually protection against new threats such as quantum computing. Technologists often focus on what Bitcoin could become if its base layer were improved. They worry that excessive conservatism could make Bitcoin less useful, less private, less scalable, or less competitive over time. #### What Technologists Emphasize Bitcoin Technologists emphasize: - Base-layer improvement - Scalability - Privacy - Security - Functionality - Usability - Protocol integrity - Compatibility with higher-layer systems - Preparing for future technical threats - Expanding what developers can build on Bitcoin #### Natural Strengths The Technologist position is powerful because it recognizes that no technology survives forever by ignoring changing conditions. Technical progress matters. Security matters. User experience matters. Privacy matters. Scaling matters. Technologists bring engineering discipline, imagination, and urgency. They help identify problems before they become crises and propose improvements that could strengthen the network. Without Technologists, Bitcoin risks stagnation in the face of real technical challenges. #### Natural Risk The risk is that ambitious protocol changes can introduce unintended consequences. Bitcoin’s greatest strength is its reliability. Changes to the base layer must be approached with extreme caution because mistakes can compromise security, decentralization, monetary integrity, or social consensus. Technological ambition can become dangerous if it underestimates the value of stability. In medicine, iatrogenic harm is damage caused by the treatment itself. Bitcoin faces a similar risk: protocol changes intended to improve Bitcoin could unintentionally weaken it. The Technologist must therefore respect Bitcoin’s conservatism. The burden of proof for base-layer change should be very high. ### 4. Bitcoin Fundamentalist #### Core Belief Bitcoin reaches its full potential by remaining true to its core principles: self-custody, personal nodes, decentralization, immutability, and use as money. Fundamentalists seek to protect Bitcoin from corruption, capture, or compromise. #### Worldview The Bitcoin Fundamentalist sees Bitcoin as a monetary revolution that must be protected from dilution by institutions, governments, financial engineers, and excessive protocol experimentation. To the Fundamentalist, Bitcoin’s purity is the point. Bitcoin is valuable because it is scarce, decentralized, permissionless, censorship-resistant, and self-sovereign. These properties are fragile. They can be weakened by custodial concentration, regulatory capture, leverage, rehypothecation, institutional dependence, or poorly conceived protocol upgrades. Fundamentalists are most enthusiastic about individual sovereignty. They believe individuals should hold their own keys, run their own nodes, verify their own transactions, and use Bitcoin as money: a store of value, medium of exchange, and unit of account. Their central concern is that Bitcoin’s success could attract forces that try to reshape it in their own image. Governments may want control. Banks may want custody. Companies may want financial engineering. Technologists may want upgrades. Fundamentalists seek to preserve Bitcoin’s original monetary integrity against all such pressures. #### What Fundamentalists Emphasize Bitcoin Fundamentalists emphasize: - Self-custody - Personal nodes - Decentralization - Immutability - Permissionless access - Censorship resistance - Bitcoin as money - Low time preference - Skepticism of custodians and intermediaries - Resistance to base-layer changes that may undermine the protocol #### Natural Strengths The Fundamentalist position is powerful because it protects Bitcoin’s soul. It reminds the world why Bitcoin was created. It defends the properties that make Bitcoin unique and prevents the network from being diluted into another financial product controlled by institutions. Fundamentalists are the guardians of Bitcoin’s first principles. They preserve the culture of verification, sovereignty, and distrust of centralized power. Without Fundamentalists, Bitcoin risks becoming captured, financialized, regulated, or modified in ways that compromise its core value proposition. #### Natural Risk The risk is that Fundamentalism can become too closed. If Bitcoin is only acceptable when used in one narrow way, then billions of people, companies, and institutions may be excluded from its benefits. A world of eight billion people will not all use Bitcoin in the same way. Some will self-custody. Some will use banks. Some will buy securities. Some will hold Bitcoin through companies. Some will borrow against it. Some will build credit, currencies, and capital markets on top of it. If Fundamentalists reject all institutional integration and all technical improvement, they may protect Bitcoin’s purity while limiting its reach. The challenge is to protect the protocol without rejecting adoption. ### The Central Tension These four ideologies can be understood by the question each one asks: - The Maximalist asks: What has Bitcoin already proven? - The Capitalist asks: How does Bitcoin integrate with the global economy? - The Technologist asks: How should Bitcoin improve? - The Fundamentalist asks: How do we protect Bitcoin’s core principles? Each group is responding to a real need. Bitcoin needs Maximalists to preserve conviction. Bitcoin needs Capitalists to drive adoption. Bitcoin needs Technologists to solve technical challenges. Bitcoin needs Fundamentalists to defend the protocol. The danger comes when any one ideology becomes absolute. Maximalists can become dismissive. Capitalists can become reckless. Technologists can become interventionist. Fundamentalists can become exclusionary. A healthy Bitcoin ecosystem needs conviction, integration, innovation, and preservation. ### Bitcoin’s Path Forward Bitcoin’s success will likely require a synthesis of these perspectives. Bitcoin should remain decentralized, scarce, secure, and immutable at its core. That is the Fundamentalist insight. Bitcoin should be recognized as the dominant digital monetary network and a breakthrough in property rights and monetary integrity. That is the Maximalist insight. Bitcoin should integrate with the global economy through companies, banks, securities, credit, currencies, and capital markets. That is the Capitalist insight. Bitcoin should continue to benefit from technical research, higher-layer innovation, and carefully considered improvements when necessary to preserve security and utility. That is the Technologist insight. The strongest path forward is not reckless change, institutional capture, or isolationist purity. It is disciplined expansion. The base layer should be treated as sacred infrastructure. Changes to it should be rare, careful, and subject to overwhelming consensus. Most innovation should occur at higher layers, in applications, custody systems, capital markets, credit instruments, and global financial infrastructure. Meanwhile, individuals must always retain the right and ability to self-custody, run nodes, and verify the network for themselves. Bitcoin’s power comes from the fact that it can serve many constituencies without belonging to any one of them. It can be money for individuals. It can be capital for companies. It can be collateral for banks. It can be reserves for nations. It can be property for families. It can be infrastructure for markets. It can be hope for anyone facing economic misery. ### Conclusion The future of Bitcoin will be shaped by the interaction of Maximalists, Capitalists, Technologists, and Fundamentalists. Maximalists remind us that Bitcoin is the dominant digital monetary network and a historic breakthrough for humanity. Capitalists remind us that Bitcoin must integrate with the global economy to reach its full potential. Technologists remind us that Bitcoin must remain secure, useful, and resilient as technology and threats evolve. Fundamentalists remind us that Bitcoin’s core principles must never be compromised. These ideologies are not merely factions. They are forces. Each protects something important. Each can also go too far. The challenge for Bitcoin is to preserve what makes it unique while allowing it to become useful to everyone. The mission is not to choose between purity and adoption, or between innovation and stability. The mission is to ensure that Bitcoin remains Bitcoin while the world builds on it. **That is how Bitcoin reaches its full potential.** --- # How Strategy Engineers Digital Credit URL: https://www.michael.com/articles/how-strategy-engineers-digital-credit Author: Michael J. Saylor Last updated: 2026-10-03 PDF: https://assets.contentstack.io/v3/assets/bltdef7a3f3c28ddd84/blt020d404350009fb0/6abbc7c91145687767120ddf/How_Strategy_Engineers_Digital_Credit.pdf *Stripping volatility. Compressing duration. Extracting yield from Bitcoin.* **Bitcoin is Digital Capital. MSTR is Digital Equity. STRC is Digital Credit.** Our corporate strategy is to create two complementary products from Bitcoin capital: MSTR, offering Amplified Bitcoin and ownership in a growing Digital Credit business; and STRC, designed to damp volatility, compress duration and deliver a USD yield. Creating Digital Credit requires active management of an entire balance sheet: Bitcoin, dollars, debt, preferred stock and common equity. It requires decisions about capital, liquidity, seniority, dividend rates, payment frequency and the terms investors own. Our ambition is to engineer the highest quality Digital Credit: attractive dollar income supported by financial resilience, disciplined capital allocation and a more stable investor experience. The dividend is the visible output. The quality of the system behind it is the essential work. **We manage the capital. We manage the claims. We manage the liquidity. We engineer the product.** ### One capital foundation. Two investment propositions. Investors seeking Bitcoin price exposure can hold BTC or a spot Bitcoin fund. MSTR investors purchase equity in a company pursuing two sources of value: amplified exposure to Bitcoin and the growth of a Digital Credit business. Through MSTR, we seek enhanced long-term performance by actively building Bitcoin capital, developing credit products and allocating capital productively. Equity investors participate in that opportunity while accepting amplified volatility and downside risk. Amplification works in both directions. STRC investors seek a different experience: dollar income, reduced price volatility and shorter-duration characteristics. We seek to serve that demand through the strength of our capital, the priority of the preferred claim, dollar liquidity and active management. The two propositions are connected. The capital structure directs more of Bitcoin’s volatility and return potential toward common equity, helping support a more stable income proposition for credit investors. MSTR shareholders own the company that designs, issues and manages that credit. The capital beneath a credit instrument helps absorb losses. The cash available to the company helps meet payments. The amount, cost and priority of every claim influence the resilience of the whole structure. We manage one balance sheet to create amplified exposure for equity investors and damped exposure for credit investors. Both propositions depend on the strength of the company and the quality of its execution. ### We build Bitcoin capital and dollar capacity. Common equity gives us two distinct tools: - **Issue MSTR to acquire BTC.** This adds Bitcoin assets without creating another senior payment claim. - **Issue MSTR to acquire USD.** This can strengthen payment reserves, fund the retirement of outstanding claims or preserve capital for future opportunities. Bitcoin provides long-term capital exposure. Dollars provide immediate capacity to pay, repurchase securities and act on opportunities. The appropriate balance depends on financing terms, market conditions and the company’s commitments. Every common-equity issuance must be evaluated against dilution and long-term value per share. We seek to deploy the proceeds in ways that strengthen the company and improve its economics for shareholders. ### We manage STRC supply in both directions. Issuance and repurchases allow us to adjust the amount of STRC outstanding as conditions change. - **Above par, we can issue STRC.** When the economics justify expansion, issuance brings capital into the company. We evaluate the proceeds against the preferred claims and future dividend requirements created. - **Below par, we can repurchase STRC.** Repurchases retire preferred shares and their associated future dividends at a discount to stated amount. They can improve the relationship between assets, outstanding claims and payment requirements. Each decision depends on the price, available liquidity, funding costs and alternative uses of capital. Both tools remain subject to applicable restrictions, and repurchases are discretionary. The discipline is to raise capital on attractive terms and retire claims when doing so is the better use of capital. A buyback policy supports that discipline; it does not establish a guaranteed price floor. ### We manage every layer of the capital structure. STRC’s position depends on the claims above and below it. We manage those layers together. - **Bonds rank ahead of preferred equity.** Refinancing, repurchasing or redeeming bonds can change senior claims, financing costs and the timing of cash requirements. We consider stated maturities and dates when holders may require repayment. - **STRF is senior to STRC.** We can issue STRF, pause issuance, or pursue repurchases or redemptions when permitted. Additional senior financing brings in assets while adding claims ahead of STRC. - **STRK, STRE and STRD are junior to STRC.** We can issue these instruments, pause issuance, or pursue their retirement when permitted. Junior financing can add assets without adding a preferred claim ahead of STRC, while introducing its own financing costs and terms. Retiring a senior claim may strengthen STRC’s position, but it consumes liquidity. Issuing a junior instrument may add capital beneath STRC’s priority, but its dividends, conversion features and other terms still matter. We evaluate each transaction by its effect on the whole company. Redemption rights remain governed by each security’s terms; pausing issuance does not change the rights of existing holders. ### We give payment reserves and allocation cash different jobs. Dollar liquidity serves two distinct purposes: - **USD Reserve supports payment continuity.** It is designated for preferred dividends and interest on outstanding debt. - **USD Cash supports capital allocation.** It is available for Bitcoin treasury purposes, including debt buybacks, preferred buybacks, common-equity buybacks and Bitcoin purchases. It excludes the payment reserve and cash for ordinary operating needs. This distinction keeps us from counting the same dollar as both payment coverage and freely deployable investment capital. We adjust the reserve in relation to the payments it supports. A larger reserve can extend coverage. Retiring dividend-bearing shares can reduce the payment burden. Raising a dividend rate increases that burden. We also evaluate how to replenish cash. Depending on economics and existing authorizations, sources can include financing and selective Bitcoin monetization. Payment capacity must exist in dollars when dollars are needed. **Strong capital supports credit. Available cash supports payments. We manage both.** ### We manage the dividend rate within the whole system. STRC’s adjustable dividend rate is an important part of its design. We consider the rate alongside market price, competing yields, credit spreads, Bitcoin conditions, reserve coverage and the broader capital structure. A higher rate may attract more demand, but it also increases payment requirements. Other responses may include repurchasing shares, building reserves, reducing senior claims or changing issuance activity. The objective is an attractive income proposition supported by a resilient financial structure. Rate decisions must serve that objective while seeking to support trading near the stated amount. ### We keep improving the security itself. Payment frequency, dividend-rate mechanics and other terms shape the investor’s experience. They also affect how financial institutions can use the instrument in their own products. Our proposal for daily dividends on U.S.-listed preferred securities illustrates this approach. If approved and adopted, dividends would accrue on every calendar day, including weekends and holidays, and be payable on the next business day when declared. The objective is to shorten the interval between earning income and receiving cash, improve reinvestment timing and increase the usefulness of the securities for investors and product providers. More frequent payments change the timing of income. They do not create daily redemption rights or guarantee stable principal. We can propose amendments, refine policies and improve the operating design as the market develops, subject to required approvals. Product development continues after issuance. ### We seek shorter duration and a longer payment runway. For the investor, the goal is to reduce relevant price sensitivity and improve the timing of cash flows. An adjustable dividend rate can reduce certain interest-rate sensitivities relative to a comparable fixed-rate instrument. More frequent payments bring income forward. For the company, a longer payment runway provides more capacity to meet commitments without depending on an immediate financing transaction or asset sale. **Shorter duration for the investor. Longer payment coverage for the issuer.** These objectives address different risks. STRC remains perpetual and sensitive to the issuer’s credit and market conditions. A dividend-rate adjustment does not create a maturity date or a promise to return principal. ### The levers work together. The value of the management toolkit comes from coordinating its parts. Consider a hypothetical period when STRC trades below par and MSTR issuance offers attractive economics. Raising common equity and using part of the proceeds to repurchase STRC could retire preferred claims and reduce future dividends. Reserving another portion in dollars could improve payment coverage. A different environment might favor STRC issuance above par, additional Bitcoin purchases and reserve growth. Another might favor bond refinancing, a pause in senior preferred issuance or retaining cash for a future opportunity. We can adjust Digital Credit policies and the overall mix of Bitcoin, dollars, debt, preferred stock and common equity through appropriate governance. Those choices determine how individual transactions fit together. Every action must be assessed against assets, claims, payment requirements, dilution and future flexibility. Sometimes preserving the ability to act later is the most valuable decision. ### MSTR shareholders own the Digital Credit business. The equity proposition combines Amplified Bitcoin with ownership in a company building a financial business around Digital Credit. Shareholders participate in the potential appreciation of our Bitcoin capital and in the value we can create through product innovation, broader investor adoption, financing capacity and disciplined capital allocation. Each successful improvement can make our credit more useful and expand the opportunity for the business. Our ambition is to build a major source of reserve capital and Digital Credit for the crypto economy. MSTR gives investors ownership in that institution. As demand for Digital Credit grows, attractive financing can support Bitcoin accumulation, strengthen financial flexibility and expand our capacity to develop additional products. The opportunity for common shareholders is to participate in the growth of both the capital base and the business built around it. That growth must create value per common share. Its benefits must exceed the full economic cost of financing, including dilution, payment requirements and the cost of maintaining liquidity. In turn, a stronger common-equity capital base can improve the resilience of the preferred structure. **Stronger capital supports better Digital Credit. Better Digital Credit can expand the business. Disciplined growth can create greater value for MSTR shareholders.** Credit quality and equity value are connected objectives. Our job is to make them reinforce each other. ### Digital Credit is a discipline we practice. Our objective has three parts: - **Strip volatility.** Seek to reduce how much Bitcoin’s price movements affect the credit investor through capital, liquidity, seniority and active management. - **Compress duration.** Improve cash-flow timing and reduce relevant price sensitivity while managing the continuing risks of perpetual credit. - **Extract yield.** Transform Bitcoin capital into an income-producing corporate security through financing, reserves and disciplined capital allocation. Bitcoin itself pays no coupon. Strategy pays dividends under the terms of its securities. The income-producing instrument is the result of the corporate structure and the management system supporting it. Better Digital Credit can provide a foundation for funds, tokenized securities and products designed to combine income with dollar stability. Each additional structure must establish its own liquidity, protections and investor economics. Every capital raise, repurchase, reserve decision, dividend adjustment and product improvement serves the same objective: stronger Digital Credit and greater long-term value for our shareholders. **Bitcoin is Digital Capital.** **Strategy engineers Digital Credit.** ## Important information “Highest quality” describes our design ambition, not an independent credit rating or a guarantee. STRC is perpetual preferred equity, not a bank deposit or a direct claim on pledged Bitcoin. Investors can lose principal; market price, liquidity and cash dividends are not guaranteed. Repurchases and policies are discretionary, and proposed amendments require applicable approvals. Statements about objectives and expected benefits are forward-looking and subject to risks described in Strategy’s SEC filings. Investors should review the applicable prospectuses and, for proposed dividend amendments, the proxy materials. --- # Digital Assets After CLARITY: The Best Protection Is Adoption URL: https://www.michael.com/articles/digital-assets-after-clarity Author: Michael J. Saylor Last updated: 2026-10-03 PDF: https://assets.contentstack.io/v3/assets/bltdef7a3f3c28ddd84/blt3a9e51d47014c4c0/6ab7edaaf7ad9f0ef8fcbcf0/Digital_Assets_After_CLARITY_The_Best_Protection_Is_Adoption.pdf Lower costs, easier access, and greater control over money create the constituency that protects innovation. The Digital Assets industry is better off moving forward with supportive rules from the SEC, CFTC, Treasury, and banking regulators than accepting the restrictions in the final CLARITY compromise. We have an administration willing to modernize financial markets. We should use the next two years to put better financial products into people's hands. Our safest path forward is to create products that delight customers and deploy them broadly. Lower costs, easier access, useful services, and greater control over money give people a direct interest in preserving innovation. The strongest constituency we can build is a public that benefits from what we create. Legal certainty matters. So does the freedom to compete. A law can make a restriction durable just as easily as it can make a right durable. Before celebrating permanence, we should examine what we are making permanent. ### What CLARITY Would Have Restricted The September CLARITY compromise would have restricted covered providers from paying customers simply for holding payment stablecoins, while allowing qualifying activity rewards. It also would have directed Treasury to restrict certain rewards upon specified findings of substantial, detrimental deposit transfers from community banks. ([Lummis Senate](https://www.lummis.senate.gov/wp-content/uploads/EHF26724.pdf)) Protecting a bank from a liquidity crisis and protecting it from a better competitor are different objectives. Financial stability requires sound oversight. Competition requires that customers be free to choose a better service. When technology reduces the cost of delivering financial services, consumers should share in the savings. The separate GENIUS Act already contains restrictions on issuer-paid stablecoin interest and yield, subject to its effective-date provisions. ([Cornell Law](https://www.law.cornell.edu/uscode/text/12/5903)) CLARITY's setback leaves that law intact. The issue is whether to layer additional restrictions onto providers and rewards. Even CLARITY's innovation sandbox would have limited participating firms to 25 employees and each commission to 20 project approvals annually. ([Lummis Senate](https://www.lummis.senate.gov/wp-content/uploads/EHF26724.pdf#page=247)) These were limits on that program, but they illustrate how legislation can fix the dimensions of an experiment before the market has revealed its potential. The objective should be a free market in financial innovation: clear rules, open entry, vigorous competition, and freedom for customers to choose. Protect ownership rights, require honest disclosures, and punish fraud. Within those rules, let entrepreneurs test better technologies and business models, and let successful products grow. ### The Administration Is Already Opening That Path On September 17, the SEC used existing authority to provide conditional relief for onchain trading of certain tokenized stocks. Chairman Paul Atkins described a process of allowing markets to develop, learning from their operation, and following temporary relief with durable rulemaking. Investor protections and the securities laws' prohibitions on fraud remain in place. ([SEC](https://www.sec.gov/newsroom/speeches-statements/atkins-innovation-exemption-bridge-toward-durable-rulemaking-091726)) CFTC Chairman Michael Selig supported CLARITY, but also committed to using existing authority if the bill stalled. He directed staff to explore rules for leveraged or margined crypto trading through regulated markets and to work with developers on lawful onchain finance. ([CFTC](https://www.cftc.gov/PressRoom/SpeechesTestimony/opaselig10)) Treasury Secretary Scott Bessent has connected stablecoin implementation with innovation, American growth, and the dollar's global role. Workable rules can help translate those objectives into payments, commerce, and financial services people use. ([Treasury](https://home.treasury.gov/news/press-releases/sb0605)) CLARITY itself preserved existing SEC exemptive authority. ([Lummis Senate](https://www.lummis.senate.gov/wp-content/uploads/EHF26724.pdf#page=116)) That is precisely the point: substantial opportunities already exist under current law. We can pursue them without accepting the bill's additional restrictions as the price of progress. ### The Digital Assets Stack As appropriate rules and compliant market infrastructure develop, the benefits can extend across the Digital Assets economy. **Digital Capital—Bitcoin (BTC).** The OCC has eased supervisory barriers to bank crypto custody. ([OCC](https://www.occ.gov/news-issuances/news-releases/2025/nr-occ-2025-16.html)) Building on that progress with workable custody rules and prudently underwritten lending can make Bitcoin easier to own, finance, and use as collateral. More institutions competing to serve Bitcoin holders can expand access and deepen liquidity. **Digital Credit—Stretch (STRC).** Our flagship Digital Credit instrument, STRC, is preferred stock that connects Strategy's Bitcoin treasury business with investors seeking income. ([Strategy](https://www.strategy.com/strc/brief)) Supportive rules can open opportunities for broader distribution, tokenized ownership, and more convenient trading while preserving shareholders' legal rights. Compliant lending arrangements could make STRC more useful as collateral, with clear terms and risk disclosures. **Digital Equity—Strategy (MSTR).** Additional compliant trading venues, easier transfer, and longer trading hours could widen participation in Strategy's common stock and improve liquidity. More efficient access to equity capital can help Bitcoin treasury companies finance growth and develop new financial products. Modernizing market infrastructure can benefit both issuers and shareholders. **Digital Exchanges—Coinbase (COIN).** Platforms such as Coinbase can compete to combine crypto, securities, custody, payments, and financing in a more useful customer experience. ([Coinbase](https://www.coinbase.com/about)) Supportive rules can help appropriately regulated businesses introduce and integrate new products. Broader participation creates business opportunities for exchanges and greater competition on price and service for customers. **Digital Currency—Circle (USDC).** USDC, the regulated dollar stablecoin issued through affiliates of U.S.-based Circle, connects digital finance to everyday payments and global commerce. ([Circle](https://www.circle.com/usdc)) Supportive rules can help Circle and its partners expand digital dollar use through faster settlement, programmable payments, and integration with financial institutions. American businesses can gain new markets while the dollar becomes more useful worldwide. **Digital Innovation.** These categories reinforce one another. Capital supports credit. Equity finances businesses. Exchanges connect investors and issuers. Digital currency moves value between them. Developers can combine these capabilities into products more useful than the individual components. Open competition lets more people build, more ideas be tested, and more value reach customers. Banks should participate in this future. They can compete to provide custody, payments, distribution, and credit against digital assets. Established institutions and new entrants should earn customers by delivering better products and service. That is how financial innovation improves the financial system. ### Why Speed Matters Speed matters because innovation compounds. An earlier launch produces earlier feedback. Better products attract customers, distribution, and investment, which support the next round of improvement. A year spent waiting is a year of benefits customers never receive and experience American businesses never acquire. The gains extend beyond finance. Lower payment and financing costs can free resources for businesses to invest, hire, and expand. Faster settlement puts capital back to work sooner. Broader access connects savers and entrepreneurs. Giving American firms room to develop and export these capabilities can strengthen the U.S. economy while creating value around the world. ### The Best Protection Is a Public That Benefits The strongest argument for CLARITY is familiar: "We need a law to protect us from a future hostile administration." Durable law can protect rights, and some changes still require Congress. But no statute removes politics from regulation. A future administration would still make important implementation and enforcement decisions. The industry also needs a public constituency that makes hostility costly. Imagine 50 million American voters using digital financial products that improve their lives: cheaper payments, convenient access to Bitcoin, useful securities, transparent income products, and credit on competitive terms. Those voters would have something concrete to defend. Taking away an unfamiliar technology is politically different from taking away a service millions of people rely on. A future administration would have to explain why those customers should lose benefits they already enjoy. The goal should be 50 million satisfied users with a direct interest in preserving financial choice. Adoption raises the political cost of reversal. Sound rulemaking strengthens the legal foundation. We should build both. Adoption also improves the next legislative debate. Products that do not yet exist have no customers to speak for them. Once they are widely used, households, businesses, advisers, developers, and banks can explain what they want preserved. A record of public benefit gives the industry a stronger position than promises about what it might someday deliver. Customer delight must be earned. Products should be useful, understandable, and dependable in good markets and difficult ones. Transparent terms, honest risk disclosures, convenient access, and the freedom to change providers build trust. Broad deployment turns that trust into lasting support. We should use 2027 and 2028 to establish useful products at scale, convert temporary relief into durable rules, and pursue focused legislation where additional authority or protections are needed. The measure of success is the value delivered to customers and the economy. Let the Digital Assets industry innovate rapidly in a free market and create the greatest possible value for the U.S. and global economy. Create products that delight customers. Deploy them broadly. Give millions of people a reason to defend the freedom that made them possible. **The best protection for digital innovation is a public that benefits from it.** --- # The Bitcoin Reformation URL: https://www.michael.com/articles/bitcoin-reformation Author: Michael J. Saylor Last updated: 2026-10-03 PDF: https://assets.contentstack.io/v3/assets/bltdef7a3f3c28ddd84/blt4ee75481701e57f3/6ab7ed2099bf520687db8e15/The_Bitcoin_Reformation.pdf Bitcoin began as an act of technological dissent. It will reach its full potential as an architecture of economic inclusion. Bitcoin is approaching a decisive transition. The network that began as an experiment among cryptographers has become a global capital system used by individuals, funds, public companies, banks, custodians, exchanges, and governments. Yet a portion of the culture still evaluates this expanding economy through a narrow set of founding-era beliefs: Satoshi must be treated as an oracle; the white paper must answer every question; Bitcoin must become everyday currency; self-custody is the only authentic form of ownership; governments and banks must disappear; and every security, credit instrument, or custodial claim built around bitcoin is merely "paper Bitcoin." Those beliefs once served a purpose. Radical skepticism protected a fragile network before it had institutions, laws, professional custody, deep liquidity, or political legitimacy. But survival heuristics can harden into doctrine. What helps a movement survive infancy can prevent it from reaching maturity. The choice is not between Bitcoin and institutions. It is between institutions that can be exited and institutions that cannot; between claims that are transparent and claims that are deceptive; between counterparties that are robust and those that are fragile; between rules enforced by the network and preferences imposed by a faction. Self-custody remains a vital right and a competitive check. It is not a universal duty. Fiat currencies will continue to serve states, taxes, wages, and commerce. Bitcoin can still become the superior capital asset: scarce, global, liquid, programmable, portable, and independent of any issuer. This is the Bitcoin Reformation. It replaces founder worship with first principles, counterparty nihilism with counterparty discrimination, custodial dogma with freedom of choice, and a closed circular economy with an open digital capital market. Bitcoin is not diminished when it is integrated into corporations, banks, securities, credit, insurance, machines, and governments. That is how it becomes useful to everyone. ## 1. Every Revolution Creates an Orthodoxy Revolutions begin by rejecting inherited assumptions. If they succeed, they eventually produce assumptions of their own. Bitcoin's early culture was formed under hostile conditions. The network had no legally identified founder, no treasury, no customer service department, no sovereign sponsor, and no established legal category. Its advocates confronted ridicule, regulatory uncertainty, exchange failures, hacks, bankruptcies, and repeated predictions of extinction. Under those conditions, suspicion was rational. "Verify, don't trust" was not a slogan. It was an operating principle for survival. Several early convictions were especially valuable. Monetary scarcity mattered. Open-source verification mattered. The ability to hold bearer assets without permission mattered. Dependence on a single administrator was dangerous. Unbacked claims and opaque leverage could destroy customers. Consensus rules could not be casually altered for political convenience. These were—and remain—important truths. Orthodoxy emerges when a truth becomes exclusive, universal, and immune to context. Distrust of a bad custodian becomes distrust of all custodians. The right to self-custody becomes a duty to self-custody. Resistance to monetary debasement becomes a prediction that sovereign currency will disappear. Respect for the inventor becomes submission to the inventor's every surviving sentence. A preference for simple base-layer rules becomes a claim that the entire economy must remain simple. That transformation is understandable. It is also dangerous. A movement becomes brittle when yesterday's defensive posture is treated as tomorrow's complete architecture. I use Bitcoin Orthodoxy to describe this bundle of beliefs, not a permanent class of people. Individuals change their minds, institutions evolve, and no label should substitute for an argument. Bitcoin Orthodoxy is best understood as a theory of purity: one authorized history, one legitimate use, one preferred custody model, one political destiny, and one authentic kind of participant. Bitcoin has already outgrown that theory. ## 2. Satoshi Was a Founder, Not an Oracle Satoshi Nakamoto deserves extraordinary credit. The creation of a scarce digital bearer asset without a trusted central issuer was one of the great technical achievements of the modern era. But the magnitude of the achievement does not convert every early judgment into permanent law. No one studies Thomas Edison's notebooks to determine the final design of an electric vehicle, a semiconductor fabrication plant, or a modern power grid. The pioneers of aviation did not specify commercial air traffic control. The inventors of packet switching did not anticipate every application, business model, or security problem of the internet. Founders discover principles and build prototypes. Markets, engineers, institutions, and users discover what those inventions become. Satoshi's disappearance was not a defect in Bitcoin's development. It was the final act of decentralization. Bitcoin could not credibly become property without an owner if its community continued to treat one absent person as a sovereign authority. The protocol has an origin, but it has no oracle. This is consistent with Bitcoin's actual governance. The Bitcoin Improvement Proposal process provides a way to document and debate ideas, but publication of a BIP does not mean that an idea is good, accepted, or about to be adopted. The repository itself makes that distinction explicit. ([GitHub](https://github.com/bitcoin/bips)) Code can be proposed. Nodes can run it. Miners can signal for it. Exchanges, custodians, applications, and users can choose whether to recognize it. No author—Satoshi included—can command all of those constituencies. The most faithful way to honor Satoshi is therefore not to preserve 2008 in amber. It is to preserve the conditions that allow truth to emerge without a ruler: open participation, verifiable rules, freedom to fork, freedom to reject, and the economic right to choose. A protocol can have an origin without having an oracle. ## 3. The White Paper Is a Foundation, Not a Constitution The Bitcoin white paper is nine pages of extraordinary compression. It describes a method for preventing double-spending without a trusted third party, explains the chain of proof-of-work, outlines incentives, and analyzes the probability of an attacker catching the honest chain. It is a technical paper with a defined problem and an elegant solution. ([Bitcoin.org](https://bitcoin.org/bitcoin.pdf)) It is not an encyclopedia of digital finance. It does not attempt to resolve corporate governance, bankruptcy remoteness, regulated custody, exchange architecture, securities law, credit formation, taxation, insurance, inheritance, machine commerce, or the capital structure of a Bitcoin treasury company. Expecting it to answer such questions is like expecting the first paper on the transistor to settle the design of the cloud economy. Nor is the white paper the final technical specification of Bitcoin. The network has evolved through code, review, operational experience, and broad adoption. Important features and practices emerged after publication. The living system includes not only a document, but software implementations, cryptographic libraries, miners, nodes, wallets, exchanges, layer-two networks, custodians, markets, and social coordination. The white paper should be read carefully. It should not be read religiously. A technical document becomes scripture only when a community stops reasoning from first principles. ## 4. From Electronic Cash to Digital Capital The title of the white paper is unambiguous: *Bitcoin: A Peer-to-Peer Electronic Cash System*. Its abstract speaks explicitly of online payments sent directly from one party to another. ([Bitcoin.org](https://bitcoin.org/bitcoin.pdf)) Intellectual honesty requires acknowledging that fact. It is unnecessary—and unpersuasive—to rewrite the text to claim that Satoshi described only a digital-gold settlement network. The orthodox error lies elsewhere. It is the assumption that an invention's first articulated use must remain its exclusive economic destiny. Bitcoin can transmit value, but the market has revealed a deeper utility. Its fixed supply, bearer character, global liquidity, resistance to issuer dilution, continuous settlement, and programmability make it exceptionally attractive as long-duration capital. In the United States, the tax system generally treats bitcoin as property, so spending it can create a taxable disposition. ([IRS](https://www.taxpayeradvocate.irs.gov/news/tax-tips/report-your-virtual-currency-transactions/2021/01/)) The CFTC treats bitcoin as a commodity. ([CFTC](https://www.cftc.gov/LearnAndProtect/AdvisoriesAndArticles/BitcoinFuturesETF.html)) Wages, taxes, contracts, and accounting systems remain overwhelmingly denominated in sovereign currency. These legal and institutional realities create powerful advantages for fiat as the everyday medium of exchange and unit of account. That does not represent Bitcoin's failure. Gold remained economically significant long after it ceased to circulate at the grocery store. Treasury securities are foundational money-market collateral even though no one buys coffee with them. The most important settlement systems are often invisible to retail users. Fedwire, for example, is a real-time gross settlement system used for immediate, final, irrevocable, and often high-value transfers among financial institutions. ([Federal Reserve](https://www.federalreserve.gov/paymentsystems/fedfunds_about.htm)) A base layer can be economically decisive without processing every consumer interaction. The mature architecture is layered. Sovereign currency remains optimized for taxes, payroll, contracts, credit, and ordinary commerce. Payment networks and stablecoins move that currency quickly. Banks and capital markets transform duration and risk. Bitcoin operates beneath and alongside them as digital capital: an asset for preserving economic energy through time and moving it through space. Bitcoin may be used for payments, and in some settings it will be the best payment instrument. But its highest-value role need not be retail currency. Its greater destiny may be to become the reserve asset against which new forms of equity, credit, debt, currency, money, and derivatives are engineered. ## 5. Money Is an Architecture, Not a Catechism Introductory economics often defines money through three functions: medium of exchange, unit of account, and store of value. Bitcoin Orthodoxy turns that useful framework into a purity test. If bitcoin is "money," it must directly perform all three functions for everyone. If it does not displace fiat at the point of sale, the revolution is incomplete. Real financial systems do not operate so neatly. Monetary functions are distributed across instruments and institutions. Households hold bank deposits for payments, Treasury bills for liquidity, equities for growth, real estate for durable wealth, insurance contracts for contingent claims, and gold for long-term monetary protection. Central banks distinguish between settlement assets and the payment instruments built on top of them. Corporations distinguish working capital from reserve capital. The same economic actor may use several forms of "money" in a single day. Legal tender gives sovereign currency a structural advantage. Governments levy taxes, pay employees, enforce contracts, regulate banks, and define units of account. The IMF notes that legal-tender status can require acceptance for monetary obligations, including taxes. ([IMF](https://www.imf.org/en/blogs/articles/2021/07/26/blog-cryptoassets-as-national-currency-a-step-too-far)) Even where governments experiment with bitcoin, these institutional networks do not vanish. The premise that Bitcoin must destroy fiat to succeed therefore understates Bitcoin. Bitcoin does not need to replace the dollar as a unit of account for groceries in order to compete with gold, bonds, equities, and real estate as a long-term store of wealth. It does not need to abolish banks to improve bank reserves. It does not need to eliminate corporations to strengthen corporate balance sheets. It does not need to defeat governments to provide governments with a superior reserve asset. The better formulation is not "Bitcoin separates money from the state." It is that Bitcoin separates the issuance of base capital from state discretion. No government decides how many bitcoin exist. No central bank sets its yield curve. No corporation can dilute it. Yet every government, bank, corporation, family, and individual can use it. That is not a smaller ambition. It is a more realistic—and ultimately larger—one. ## 6. Self-Custody Is a Right, Not a Ritual "Not your keys, not your coins" is one of the most useful warnings in Bitcoin. It reminds users that a deposit, exchange balance, fund share, and corporate security are not identical to direct control of bitcoin. It forces an examination of legal title, withdrawal rights, rehypothecation, insolvency exposure, and counterparty risk. The warning becomes a bromide when it is converted into a command that every person and institution must control private keys directly. Custody is a risk allocation problem. Direct self-custody removes a custodian but concentrates operational responsibility in the owner. The owner must generate keys correctly, protect backups, maintain privacy, avoid phishing and malware, plan for incapacity and death, survive device failure, and resist physical coercion. A sophisticated individual may do this exceptionally well. Another individual may be physically, cognitively, or operationally unable to do it safely. A family may need shared controls and inheritance procedures. A corporation may require segregation of duties, audit trails, multiple approvals, board policies, insurance, and continuity across changes in personnel. A government may require statutory authority and institutional controls. Professional custody introduces counterparty, legal, and concentration risks, but it can reduce single-person risk, key-person risk, physical exposure, and operational error. Collaborative custody and multisignature arrangements can distribute those risks further. Exchange-traded products and securities can transfer technical custody to specialists while providing investors with familiar legal and brokerage infrastructure. No model is universally superior. The correct choice depends on capability, scale, jurisdiction, threat model, time horizon, and purpose. Regulators increasingly recognize this reality. The Office of the Comptroller of the Currency has confirmed that crypto-asset custody is a permissible activity for national banks and federal savings associations. ([OCC](https://www.occ.treas.gov/news-issuances/news-releases/2025/nr-occ-2025-16.html)) The Federal Reserve, FDIC, and OCC have jointly published risk-management considerations for banks safeguarding crypto-assets. ([OCC](https://www.occ.treas.gov/news-issuances/news-releases/2025/nr-ia-2025-68.html)) The SEC's rescission of Staff Accounting Bulletin 121 removed an accounting treatment that had discouraged some regulated financial institutions from offering custody. ([SEC](https://www.sec.gov/rules-regulations/staff-guidance/staff-accounting-bulletins/staff-accounting-bulletin-122)) The growth of professional custody does not betray Bitcoin. It expresses specialization, one of the oldest sources of economic progress. We trust companies to build aircraft, power plants, semiconductors, medical equipment, and operating systems because complex tasks benefit from concentrated expertise, capital, controls, and accountability. Key management is not exempt from that principle. Self-custody must remain available, because the ability to exit is what disciplines every custodian. But a right that protects autonomy should not become a ritual used to deny autonomy to those who freely choose another model. "Not your keys" is a warning about the nature of a claim. It is not a complete theory of security. ## 7. Security Is a System, Not a Brand The 2026 Coldcard incident exposed the danger of substituting identity for engineering. Coldcard was widely favored within Bitcoin-only circles because it appeared to embody ideological purity: dedicated hardware, Bitcoin-focused design, and an ethos of self-sovereignty. None of those characteristics could guarantee correct entropy. Coinkite disclosed that a series of integration errors caused affected firmware to use a software fallback rather than the intended hardware random-number generator. The company estimated an effective search space of roughly 40 bits on affected Mk2 and Mk3 devices and roughly 72 bits on later affected models, far below the intended 128-bit target. It warned that seeds generated under affected conditions were at direct risk and that updating firmware could not repair an existing seed. ([Coinkite](https://blog.coinkite.com/coldcard-mk3-seed-generation-warning/)) Block's security team independently analyzed the vulnerable path, reported that active exploitation was underway, and linked the defects to thefts reported by Coldcard users. ([Block](https://engineering.block.xyz/blog/predictable-rng-fallback-and-32-bit-reseed-in-coldcard-firmware)) Subsequent public reporting placed the attributed losses above $100 million, although the vendor's advisory did not establish a final theft total. ([CoinDesk](https://www.coindesk.com/tech/2026/08/21/coldcard-ships-firmware-after-usd114-million-bitcoin-theft-says-ai-helped-catch-more-bugs)) The lesson is not that purpose-built devices are always unsafe, that general-purpose devices are always safe, or that Coldcard's response erased the value of its work. A dedicated signer can reduce attack surface. A general-purpose platform can benefit from larger engineering teams, mature update systems, and extensive testing. Open source can improve review, but public code is not automatically reviewed code, compiled code, correctly integrated code, or safely operated code. Security comes from the entire system: entropy, hardware, firmware, build process, supply chain, update mechanism, user interface, operational procedures, backups, recovery plans, privacy, and human behavior. No logo, ideology, or claim of purity substitutes for defense in depth. Physical security further complicates the picture. In 2020, Ledger disclosed that a breach of its e-commerce and marketing database ultimately exposed approximately 272,000 customer records containing names, addresses, and phone numbers, in addition to more than one million email addresses. ([Ledger](https://www.ledger.com/blog/update-efforts-to-protect-your-data-and-prosecute-the-scammers)) The breach did not expose wallet keys, but it demonstrated how the purchase of a specialized security device can create information useful to criminals. Violent attacks targeting cryptocurrency owners have since become a documented threat. U.S. prosecutors have brought cases involving kidnapping, home invasion, and coercion of victims to drain cryptocurrency accounts. ([DOJ](https://www.justice.gov/archives/opa/pr/man-convicted-violent-home-invasion-robberies-steal-cryptocurrency)) Cryptography protects keys from computation. It does not protect a person from a gun, a kidnapping, an insider, a house fire, dementia, or a missing inheritance plan. A hardware wallet can secure a secret while advertising that a valuable secret exists. The more wealth a person controls, the less plausible it becomes to treat security as a solitary technical hobby. For many holders, the safest architecture will combine institutional custody, distributed authorization, transfer delays, withdrawal allowlists, insurance, physical security, privacy, and the ability to migrate assets. For others, carefully designed self-custody or multisignature will remain best. The Bitcoin Reformation rejects the universal answer and insists on the honest threat model. ## 8. The Lesson of Failure Is Discrimination, Not Nihilism Mt. Gox, Bitfinex, FTX, Celsius, Voyager, BlockFi, and other failures produced a generation of justified anger. But the conclusion "never trust an institution" is too crude to protect capital. These cases were not identical. Bitfinex suffered a systems breach; the U.S. government later recovered a substantial portion of the stolen bitcoin. ([DOJ](https://www.justice.gov/archives/opa/pr/bitfinex-hacker-and-wife-plead-guilty-money-laundering-conspiracy-involving-billions)) The SEC alleged that FTX diverted customer funds to Alameda Research, granted it special privileges, and concealed the resulting risks. ([SEC](https://www.sec.gov/newsroom/press-releases/2022-219)) The SEC charged Celsius and its founder with fraud, misleading statements, and market manipulation. ([SEC](https://www.sec.gov/newsroom/press-releases/2023-133)) BlockFi's interest accounts pooled customer assets and generated yield through lending and investment activities; they were not equivalent to a bankruptcy-remote custody account. ([SEC](https://www.sec.gov/files/litigation/admin/2022/33-11029.pdf)) The essential distinctions are familiar to every serious business: - **Custody is not credit.** An asset held in safekeeping is different from an asset lent to a balance sheet. - **An exchange is not a bank.** A trading venue, a lender, a broker, a trust company, and a depository institution carry different legal duties and failure modes. - **Yield is not safety.** A promised return signals that capital is being deployed and risk is being assumed. - **Possession is not segregation.** Assets may be controlled by a firm without being legally isolated from its creditors. - **Reputation is not verification.** Audits, governance, capitalization, insurance, internal controls, and contractual rights matter. The proper lesson is caveat emptor—understand the claim, the counterparty, the collateral, the controls, and the exit. Do not trust wildcat banks, opaque lenders, unaudited reserves, undisclosed affiliates, fragile capital structures, or returns that cannot be explained. But do not confuse those risks with the concept of specialization itself. Counterparty risk is not binary. It can be priced, limited, diversified, collateralized, insured, audited, and monitored. A blanket refusal to use counterparties does not eliminate risk; it converts counterparty risk into operational, technical, legal, succession, and physical risk borne by the individual. The mature Bitcoin economy needs counterparty discrimination, not counterparty nihilism. ## 9. "Paper Bitcoin" and the Financialization of Digital Capital Bitcoin Orthodoxy often treats any security connected to bitcoin as counterfeit: exchange-traded products, public-company equity, convertible securities, preferred stocks, debt instruments, options, futures, and tokenized claims are dismissed together as "paper Bitcoin." The phrase identifies a real danger when it describes an unbacked promise falsely represented as bitcoin. It becomes misleading when it collapses every legal and economic claim into the same category. An ETP share is not self-custodied bitcoin. It is a security representing an interest in a trust that owns bitcoin, subject to fees, custodial arrangements, market structure, and legal documentation. Common stock in a Bitcoin treasury company is not a redeemable bitcoin receipt. It is equity in an operating and financing enterprise, exposed to management, liabilities, capital allocation, and securities-market risk. Preferred stock and debt are senior claims on an issuer with defined contractual and structural features. A derivative is an agreement whose value depends on an underlying price. These instruments are different from bitcoin—and different from one another. Difference does not make them fraudulent. It makes them useful for different objectives. A pension fund may need a registered security held by an approved custodian. A bank may need eligible collateral and audited controls. An insurance company may need a duration, yield, and seniority profile compatible with its liabilities. A corporation may want bitcoin exposure without building a key-management operation. An investor may want convertible upside, current income, downside protection, liquidity, options, or leverage. Financial instruments translate one underlying form of capital into claims that different balance sheets can hold. The institutional channel has already become material. The SEC approved the listing and trading of spot bitcoin ETP shares in January 2024. ([SEC](https://www.sec.gov/newsroom/speeches-statements/gensler-statement-spot-bitcoin-011023)) By June 30, 2026, BlackRock's iShares Bitcoin Trust reported 734,261 bitcoin with a fair value of approximately $43.4 billion. ([iShares](https://www.ishares.com/us/literature/quarterly-filings/ibit-form10q-0630.pdf)) Strategy reported 840,447 bitcoin as of August 2026 and has developed a family of common equity, preferred equity, and debt securities around its Bitcoin treasury. ([Strategy](https://www.strategy.com/shares)) Those two structures alone represented nearly 1.6 million bitcoin at the cited dates. It is impossible to know the counterfactual price of bitcoin without ETPs, corporate treasuries, exchanges, regulated custodians, and securities. It is clear, however, that these institutions have expanded access, liquidity, research coverage, political constituency, and the amount of capital able to enter the network. BlackRock describes its ETP as simplifying the operational and custody complexities of holding bitcoin directly. ([iShares](https://www.ishares.com/us/literature/quarterly-filings/ibit-form10q-0630.pdf)) That is precisely the utility orthodox criticism overlooks. Financialization is not the corruption of capital. It is how capital serves diverse needs. Gold supports bullion, vault receipts, futures, options, ETFs, mining equity, leases, swaps, jewelry finance, and central-bank reserves. Treasuries support money-market funds, repos, futures, options, bank liquidity, and collateral systems. Bitcoin will develop an even richer architecture because it is digital, global, continuously transferable, and programmable. The correct standard is not whether an instrument is "paper." The correct questions are: What is the legal claim? What backs it? Who controls the collateral? What are the senior claims? How is it valued? Can it be redeemed or transferred? What are the fees, leverage, duration, and failure modes? Is the representation accurate? The answer to bad paper is good disclosure—not the abolition of finance. ## 10. BIP-110 and Governance by Adoption The failure of BIP-110 is an important milestone because it made the conflict between orthodoxy and open coordination unusually visible. BIP-110 proposed a temporary consensus-level restriction on several methods of embedding data in Bitcoin transactions. Its stated aim was to reject standardized data storage and return Bitcoin to what its authors regarded as its intended function as money. The proposal did not merely recommend miner policy or node relay preferences. It introduced new consensus validity rules and a mandatory-signaling period during which participating nodes would reject blocks that did not signal support. ([GitHub](https://github.com/bitcoin/bips/blob/master/bip-0110.mediawiki)) The economic network declined to follow. The BIP repository marked the proposal "Closed" on August 9, 2026, after a chain split and stalled mining. ([GitHub](https://github.com/bitcoin/bips/blob/master/bip-0110.mediawiki)) Start9's own instructions subsequently warned users that the BIP-110 implementation followed a different blockchain from the chain followed by Bitcoin Core and pre-split Bitcoin Knots, and that the minority chain was producing only about one block every day or two. ([GitHub](https://github.com/Start9Labs/bitcoin-knots-startos/blob/29.x/instructions.md)) This outcome did not prove that the proposal's advocates lacked conviction. It proved something more important: conviction is not consensus. A developer can write code. A user can run it. A minority can enforce any rules it wishes on the blocks it accepts. That freedom is fundamental. But no group can force miners to provide hashpower, exchanges to recognize a ticker, custodians to support withdrawals, applications to integrate, capital to assign value, or the wider market to call its chain Bitcoin. Bitcoin governance is therefore neither simple democracy nor developer rule, miner rule, node rule, corporate rule, or founder rule. It is overlapping consent among actors who bear different costs and possess different forms of exit. Change succeeds when enough of those actors coordinate. A faction can exercise a veto over its own participation. It cannot exercise sovereignty over everyone else. BIP-110 also exposed the danger of encoding contested judgments about legitimate use into consensus. The proposal described some paid block-space uses as "abuse" and sought to privilege a defined monetary purpose. ([GitHub](https://github.com/bitcoin/bips/blob/master/bip-0110.mediawiki)) But Bitcoin cannot reliably infer human intent from bytes. Fees are the market's native rationing mechanism. Miners choose transactions, node operators choose policy, and users decide whether a service is worth its cost. When disputed preferences are elevated into consensus law, the burden of proof should be extraordinarily high. The incumbent network's rejection of BIP-110 was not a rejection of node operation, technical debate, or conservative engineering. It was a rejection of compulsory orthodoxy. The market chose a broader conception of Bitcoin's possible uses and a narrower conception of who gets to impose them. Anyone can fork Bitcoin. No one can force the economy to follow. ## 11. Maximalism Without Orthodoxy Critics often confuse Bitcoin Maximalism with Bitcoin Orthodoxy. They are not the same. Bitcoin Maximalism is the conviction that Bitcoin represents a fundamental economic breakthrough: the strongest digital property, the most credible monetary network, and an instrument of economic empowerment for billions of people. It can be grounded in ethics—the defense of property rights—and in utility—the ability to preserve and transfer capital without dependence on an issuer. Bitcoin Orthodoxy adds a separate set of political and institutional claims: banks are illegitimate, corporations are corrupting, regulated custody is surrender, securities are fake, governments must fade, fiat must disappear, self-custody is mandatory, and one early interpretation of Bitcoin's purpose must govern all future development. One can be a maximalist without accepting any of those claims. A maximalist may believe that Bitcoin is apex capital while recognizing that: - governments will continue to govern, tax, regulate, and issue currency; - banks will continue to provide payments, custody, credit, and risk transformation; - corporations will continue to organize people, technology, and capital at scale; - securities will continue to distribute risk and return among investors; - fiat currencies will remain dominant media of exchange and units of account; - self-custody, collaborative custody, and institutional custody will coexist; - other assets will continue to serve purposes Bitcoin does not serve. The maximalist claim is not that Bitcoin abolishes the economy. It is that Bitcoin improves the economy by giving every participant access to a superior form of capital. This distinction matters politically. An ideology that promises the disappearance of governments, banks, and corporations naturally makes those institutions hostile. A capital asset that can strengthen governments, banks, corporations, families, and individuals invites them to participate. The first frame produces a small circular economy. The second can produce a global capital network. Bitcoin is strongest when it does not require converts to renounce modern civilization before they are permitted to benefit from it. ## 12. Sovereignty Through Exit Every person fails. Every device fails. Every company, currency, custodian, and government can eventually fail. The existence of mortality does not imply that cooperation is irrational. It implies that dependence should be designed with an exit. The sovereign advantage Bitcoin offers is not the fantasy that each individual can become a self-contained state. It is the practical ability to move capital across custodians, companies, networks, and jurisdictions with unprecedented speed and finality. If a custodian deteriorates, assets can be transferred. If an exchange loses credibility, liquidity can migrate. If a bank changes terms, a customer can choose another bank. If a security becomes unattractive, an investor can sell it. If a jurisdiction becomes hostile, a person may relocate assets, operations, or domicile. If institutions as a class become unreliable, direct custody remains available. This ability to exit disciplines institutions. A custodian is more likely to remain honest when customers can withdraw. An exchange is more likely to remain liquid when traders can move. A government is more likely to remain competitive when capital is mobile. A corporation is more accountable when investors can sell. Self-custody matters not because everyone must practice it, but because its availability prevents custodians from becoming absolute. The best architecture therefore preserves optionality: - multiple qualified custodians rather than one irreversible dependency; - segregation and bankruptcy remoteness rather than unsecured exposure; - multisignature and distributed approval rather than a single point of failure; - transparent instruments rather than ambiguous claims; - liquid markets rather than captive capital; - lawful geographic diversification rather than jurisdictional concentration; - direct ownership as a fallback rather than ideological theater. Sovereignty is not solitude. Sovereignty is the power to choose, verify, and leave. ## 13. The Principles of the Bitcoin Reformation The Bitcoin Reformation is not a call to weaken the protocol, inflate the supply, or abandon verification. It is a call to distinguish Bitcoin's essential rules from one subculture's contingent preferences. Its principles can be stated simply. 1. **Protocol minimalism, economic maximalism.** Keep the base layer secure, scarce, and resistant to arbitrary change. Permit the economy around it to become as rich, layered, and innovative as human needs require. 2. **First principles over founder worship.** Study Satoshi. Do not invoke Satoshi as a substitute for evidence, engineering, or consent. The architecture was designed to function without its creator. 3. **The white paper is the beginning of the inquiry.** It explains a breakthrough in decentralized settlement. It does not preempt every question in finance, law, governance, security, or economics. 4. **Self-custody is a right, not a rite.** Protect the ability to hold bitcoin directly. Respect the decision to use collaborative or institutional custody when it better fits the holder's capabilities and risks. 5. **Proof over pedigree.** "Bitcoin-only," "open source," "institutional," "regulated," and "decentralized" are descriptions, not security guarantees. Evaluate systems through evidence, controls, incentives, and failure modes. 6. **Counterparty discrimination over counterparty nihilism.** Identify what can fail, how losses are allocated, what collateral exists, which controls are verified, and how quickly one can exit. Reject bad counterparties, not cooperation itself. 7. **Transparency over contempt.** A share, bond, preferred stock, deposit, derivative, trust interest, and bitcoin UTXO are different claims. Describe each precisely. Do not replace analysis with the insult "paper Bitcoin." 8. **Market coordination over ideological compulsion.** Debate aggressively. Fork freely. But recognize that the network is constituted by voluntary adoption across users, miners, nodes, developers, markets, and institutions. 9. **Fiat and Bitcoin can coexist.** Sovereign currency is optimized for state obligations, wages, credit, and daily commerce. Bitcoin is optimized as scarce, portable, non-sovereign capital. Each can strengthen the utility of the other. 10. **Portability is the superpower.** The ability to move property is more durable than faith in any particular custodian, company, bank, device, or jurisdiction. Keep options open. 11. **Inclusion is a security model.** A network supported by individuals, corporations, banks, insurers, asset managers, miners, developers, and governments has more political, economic, and technical resilience than a network confined to one ideological enclave. 12. **Bitcoin is for everyone.** No person should need a particular politics, profession, technical skill, custody practice, or cultural identity to use digital capital. ## 14. The $100 Trillion Frontier Bitcoin's next phase is larger than the market for a new payment app. It is the digital transformation of capital. The pools of capital it can address are measured in hundreds of trillions of dollars. SIFMA reported global equity market capitalization of approximately $157.8 trillion and global fixed-income securities outstanding of approximately $160.7 trillion for 2025. ([SIFMA](https://www.sifma.org/research/statistics/fact-book)) The World Gold Council estimated the investible gold market at roughly $15 trillion. ([World Gold Council](https://www.gold.org/goldhub/research/market-primer/gold-market-primer-market-size-and-structure)) Real estate, private businesses, sovereign reserves, collectibles, and other stores of wealth add further scale. Bitcoin need not replace all of these assets to become transformative. It need only offer a compelling alternative where holders value scarcity, portability, liquidity, durability, and freedom from issuer dilution. As adoption expands, the asset can support a layered financial architecture: - **Digital Capital:** bitcoin as the reserve asset and long-duration store of value; - **Digital Equity:** companies that organize capital, operations, and financing around bitcoin; - **Digital Credit:** securities engineered against Bitcoin-rich balance sheets; - **Digital Debt:** contractual claims with defined maturity and seniority; - **Digital Currency:** tokenized sovereign currency optimized for transactions; - **Digital Money:** liquid, yield-bearing instruments designed for savings and exchange; - **Digital Derivatives:** tools for transferring price, volatility, duration, and credit risk; - **Machine Capital:** bitcoin controlled by software, devices, robots, autonomous agents, and infrastructure. Each layer expands the addressable market because it solves a different problem. A retiree seeking income, a corporation seeking reserve capital, a bank seeking collateral, a trader seeking volatility, a government seeking strategic reserves, and a machine seeking autonomous purchasing power do not need the same instrument. They can nevertheless share the same underlying capital network. This is why institutional integration is not peripheral to Bitcoin's success. Capital markets transform a scarce asset into a spectrum of services. Custodians make it operable at scale. Exchanges make it liquid. Banks connect it to credit. Insurers help absorb operational risk. Corporations create products. Governments define lawful pathways. Developers make the system programmable. Individuals preserve the right of direct ownership. Each participant adds a capability the others lack. Orthodoxy sees compromise in this diversity. The Reformation sees division of labor. ## Conclusion: Bitcoin Grows Up Bitcoin's founding culture was forged in opposition: opposition to inflation, centralized control, trusted third parties, confiscation, opaque leverage, and institutional failure. That opposition created an asset no institution could issue and no founder could command. But opposition is not a complete economic program. A global capital network cannot be built from negation alone. The next era will not look like the closed circular Bitcoin economy imagined by some early advocates. Governments will not disappear. Banks will not disappear. Corporations, securities, credit, debt, derivatives, custodians, exchanges, insurers, and sovereign currencies will not disappear. They will compete, adapt, and increasingly integrate with Bitcoin. That integration will not make bitcoin less scarce, less portable, or less sovereign. It will make those properties available to more people in more forms. A family can hold directly or through a trust. A corporation can hold reserves and issue equity or credit. A bank can custody and lend against collateral. A government can regulate, tax, acquire, or reserve it. A machine can receive, hold, and deploy it according to code. The Bitcoin Reformation retains the strongest insight of the early movement: verify the asset, preserve the option of direct ownership, and resist arbitrary control. It discards the phobias that would confine Bitcoin to a technically adept minority. Whether Satoshi would approve is unknowable—and irrelevant. The architecture Satoshi released made permission unnecessary. Bitcoin's future will be decided not by exegesis, but by what billions of people, millions of companies, thousands of institutions, and hundreds of governments choose to build. Bitcoin began as peer-to-peer electronic cash. It matured into digital gold. It is now becoming digital capital: the foundation for a new generation of credit, equity, money, and economic organization. The network is not abandoning its principles. It is transcending its prejudices. **Bitcoin is for everyone.** ## Notes and Sources Research current through August 24, 2026. This essay distinguishes direct ownership of bitcoin from legal and economic claims that reference bitcoin; it does not characterize those instruments as equivalent. Primary sources include the Bitcoin white paper; the Bitcoin Improvement Proposals repository; the Federal Reserve, IRS, CFTC, IMF, SEC, OCC, and Department of Justice; iShares, Strategy, Coinkite, Block, CoinDesk, and Ledger disclosures; the BIP-110 and Start9 Labs repositories; and the SIFMA and World Gold Council market data. --- # Bitcoin Evolves by Not Changing URL: https://www.michael.com/articles/bitcoin-evolves-by-not-changing Author: Michael J. Saylor Last updated: 2026-10-03 PDF: https://assets.contentstack.io/v3/assets/bltdef7a3f3c28ddd84/blt69866ae60824e5d6/6ab7eee02493e18e534d86f3/Bitcoin_Evolves_by_Not_Changing.pdf Bitcoin’s greatest evolution over the next decade will come from changing less at the protocol layer and mattering more everywhere else. - The base layer will harden. - The capital markets will deepen. - The applications will expand. - The institutions will arrive. - The world will build on Bitcoin. Bitcoin is not a technology stock, a payments company, or a software platform competing to add features. Bitcoin is a monetary network. Its purpose is not to move fast and break things. Its purpose is to move slowly and not break. That distinction will define the next decade. ### Bitcoin Is Digital Capital Bitcoin has already won its first great battle. The world increasingly understands that Bitcoin is digital capital: scarce, durable, portable, divisible, programmable, and globally transferable. The strongest version of Bitcoin is not “Bitcoin replaces every payment rail.” The strongest version is “Bitcoin becomes the neutral, global, scarce asset against which capital, credit, and commerce are organized.” The base layer is not optimized for coffee payments. It is optimized for final settlement. It is scarce block space secured by energy, cryptography, economic incentives, and global consensus. - High-value settlement belongs on the base layer. - Treasury reserves belong on the base layer. - Collateral settlement belongs on the base layer. - Final ownership transfer belongs on the base layer. Consumer payments, digital banking, lending, credit, stable-value instruments, and yield-bearing products will develop around Bitcoin, on top of Bitcoin, adjacent to Bitcoin, and through institutional interfaces to Bitcoin. Bitcoin remains Bitcoin. The world builds on it. ### The Four-Year Cycle Becomes Less Important The Bitcoin halving will always matter. It is part of the monetary architecture. Every halving reduces new supply and reinforces the credibility of Bitcoin’s 21 million cap. But the four-year cycle is no longer the dominant model. Bitcoin is now too institutional, too global, too liquid, and too integrated into capital markets to be explained by a simple retail-cycle narrative. The supply side keeps shrinking, but the demand side is being transformed. Over the next decade, Bitcoin’s trajectory will be driven less by miner issuance and more by capital flows. - ETF flows. - Corporate treasury flows. - Sovereign reserve flows. - Bank credit flows. - Derivatives flows. - Insurance flows. - Collateral flows. - Structured credit flows. - Global savings flows. The halving tightens supply. Capital flows set the growth trajectory. This is the next phase of Bitcoin adoption: not just more buyers, but more balance sheets. ### Digital Credit Accelerates Bitcoin Adoption Bitcoin is digital capital. Digital credit is how that capital connects to the broader financial system. Capital markets need duration, yield, credit, collateral, maturity transformation, risk management, and income products. Bitcoin by itself gives the world a superior form of capital. Bitcoin-backed financial products allow that capital to move through the global economy. Digital capital becomes digital credit. Digital credit becomes digital money. Digital money becomes the interface between Bitcoin and the global economy. This does not weaken Bitcoin. It strengthens Bitcoin. Gold became more useful when banks, capital markets, credit instruments, and settlement systems developed around it. Real estate became more useful when mortgages, REITs, securitization, insurance, and credit markets developed around it. Equities became more useful when exchanges, index funds, derivatives, margin systems, and custody networks developed around them. Bitcoin will follow the same pattern, but faster and on a global digital network. The next wave of adoption will not be limited to people buying Bitcoin. It will include individuals, corporations, banks, funds, insurers, pensions, sovereigns, and credit markets using Bitcoin as capital. ### The Interfaces Become the Battleground Everyone will want Bitcoin’s properties. Not everyone will want the same relationship to Bitcoin. - Some will hold private keys. - Some will hold ETFs. - Some will hold Bitcoin through banks. - Some will hold Bitcoin through companies. - Some will use Bitcoin as collateral. - Some will own Bitcoin-backed credit. - Some will use digital money backed by digital credit backed by Bitcoin. All of these interfaces will matter. They are not all the same. Self-custody preserves sovereignty. Institutional custody expands access. ETFs simplify allocation. Banks create credit. Companies create securities. Miners secure the network. Nodes enforce the rules. Holders allocate the capital. The great tension of the next decade will not be whether Bitcoin survives. Bitcoin has survived. The tension will be whether economic exposure to Bitcoin remains connected to actual Bitcoin, or whether the world creates too much paper Bitcoin. - Custody matters. - Transparency matters. - Proof of reserves matters. - Risk management matters. - Capital structure matters. - Counterparty risk matters. The protocol can remain sound while the surrounding financial system creates leverage, opacity, and periodic crises. Bitcoin does not eliminate human error. It exposes it. ### The Protocol Gets Harder to Change Bitcoin’s immune system is hard consensus. That is not a weakness. It is the source of Bitcoin’s strength. - Fees price block space. - Nodes set policy. - Miners build blocks. - Holders allocate capital. - Protocol changes require overwhelming alignment. The most important feature of Bitcoin is not that it can be upgraded easily. The most important feature is that it cannot be changed casually. Over the next decade, Bitcoin’s base layer will become more conservative, not less. The burden of proof for protocol changes will rise. Proposals that introduce systemic risk, weaken decentralization, alter monetary integrity, increase political attack surface, or create unacceptable unintended consequences will face resistance. That is healthy. Bad ideas should fail before they become iatrogenic protocol changes. Innovation will continue, but it will migrate to the edges: wallets, custody, Lightning, sidechains, layered protocols, institutional settlement, collateral systems, digital credit, and digital money. The base layer will become the court of final settlement. Bitcoin’s future depends on the world innovating around it without compromising it. ### Mining Becomes Energy Infrastructure Bitcoin mining will become more professional, more institutional, and more deeply integrated with energy markets. Mining is the bridge between digital security and physical energy. It converts electricity into monetary security. It creates a global market for energy that is location-flexible, interruptible, and economically disciplined. The strongest miners will not simply be the operators with the best machines. They will be the operators with the best power contracts, the best capital structure, the best treasury strategy, the best grid relationships, and the best ability to monetize energy under volatile conditions. As the block subsidy declines, fees will matter more. Block space will become more valuable. The mining industry will become less like a hobbyist technology sector and more like a strategic energy, infrastructure, and capital markets industry. Bitcoin mining will secure the network, stabilize energy demand, monetize stranded or curtailed power, and force a global conversation about the relationship between money and energy. ### The Risks Are Real Bitcoin’s biggest risk is not that it disappears. The biggest risk is that bad ideas compromise it, that custodians obscure it, that leverage distorts it, or that political actors attempt to control the interfaces to it. The first risk is protocol corruption. Bitcoin’s monetary integrity depends on hard consensus. Changes to the base layer should be rare, carefully examined, and supported only after overwhelming alignment. The second risk is paper Bitcoin. If intermediaries create more claims to Bitcoin than actual Bitcoin, the market will suffer periodic credit crises. The protocol will survive, but investors can still be harmed by leverage, opacity, and rehypothecation. The third risk is custodial centralization. If most users hold Bitcoin through a small number of banks, exchanges, funds, and apps, Bitcoin remains scarce, but the user experience becomes increasingly permissioned. The fourth risk is regulatory capture. Governments may not be able to change Bitcoin, but they can regulate exchanges, brokers, custodians, miners, banks, tax reporting, and energy access. The fifth risk is fee-market uncertainty. As the subsidy declines, Bitcoin needs a durable, high-value fee market to support long-term security. I believe that market develops as Bitcoin becomes global settlement collateral, but it will not develop in a straight line. None of these risks invalidate Bitcoin. They define the work ahead. ### The Next Decade By 2036, I expect Bitcoin to be more widely held, more deeply institutionalized, more politically important, more financially integrated, and more fiercely defended. - It will be a global digital capital asset. - It will serve as treasury reserve capital for individuals, corporations, funds, banks, and sovereigns. - It will become a dominant collateral asset for digital credit markets. - It will settle high-value transactions with finality. - It will anchor new forms of digital money. - It will support a growing ecosystem of credit, yield, derivatives, insurance, custody, and structured financial products. And the base protocol will likely change less than almost everything built around it. That is the paradox of Bitcoin. - The world wants digital capital. - The world needs digital credit. - The world will demand digital money. - The world will build financial systems around Bitcoin. But Bitcoin’s job is not to become everything. **Bitcoin’s job is to be the thing that does not change.** --- # Bitcoin, Digital Credit, and Digital Money URL: https://www.michael.com/articles/bitcoin-digital-credit-and-digital-money Author: Michael J. Saylor Last updated: 2026-10-03 PDF: https://assets.contentstack.io/v3/assets/bltdef7a3f3c28ddd84/bltb875e71e3cda4e34/6ab7f02058e64368faad1fcb/Bitcoin_Digital_Credit_and_Digital_Money.pdf ### The Modern Digital Asset Stack Bitcoin is Digital Capital. That is the foundation of the modern digital economy. Bitcoin is scarce, global, liquid, programmable, divisible, auditable, and available to anyone with an internet connection. It is not issued by a government. It is not controlled by a company. It has no tenants, no maintenance, no borders, no physical location, no board of directors, and no central bank that can dilute it. Bitcoin is the base layer of digital value. But capital by itself is only the beginning. The next phase of Bitcoin is not merely holding BTC. The next phase is building a full digital capital stack on top of BTC: Digital Capital, Digital Credit, Digital Money, Digital Yield, and Digital Equity. This is how Bitcoin evolves from a single asset into a global financial architecture. Bitcoin remains Bitcoin. The world builds on top. ### The Stack The modern Digital Asset Stack has five layers: 1. **Digital Capital — BTC:** The pristine, scarce, high-energy capital asset. 2. **Digital Credit — STRC-style instruments:** Bitcoin-backed income instruments designed to damp volatility and deliver yield. 3. **Digital Money — stable-value yield-bearing instruments:** Dollar-referenced tokens, funds, preferred securities, accounts, or other wrappers built from a mix of Digital Credit and fiat cash equivalents. 4. **Digital Yield — levered or structured income products:** Higher-return products built from Digital Credit or Digital Money for investors willing to accept more risk, leverage, volatility, or illiquidity. 5. **Digital Equity — MSTR-style residual equity:** The junior tranche that absorbs volatility, supports the credit stack, and captures residual upside. This is not a protocol change. It is not staking. It is not monetary inflation. It is not a new token pretending to be Bitcoin. It is capital markets built on Bitcoin. ### 1. Digital Capital: BTC At the base of the stack is BTC. BTC is the digital equivalent of gold, trophy real estate, and sovereign reserve property, but with superior mobility, divisibility, scarcity, and global settlement. It is the high-energy asset in the system. That high energy creates volatility. Bitcoin can move sharply because it is pure digital capital: scarce, liquid, global, and traded 24/7. That volatility is not a flaw. It is the raw material from which digital capital markets can be built. But not every investor can hold raw BTC. - A family office may want capital appreciation. - A corporation may want treasury reserves. - A bank may want collateral. - An insurer may want income. - A retiree may want yield. - A payment company may want stable settlement. - A crypto exchange may want a dollar-like asset that actually pays users. - A saver in an emerging market may want dollars, liquidity, and yield. A 40% volatility asset is perfect for some investors and unsuitable for others. The answer is not to change Bitcoin. The answer is to build products above Bitcoin that match the needs of each pool of capital. ### 2. Digital Credit: Bitcoin-Backed Income Digital Credit converts high-volatility Digital Capital into lower-volatility income. STRC is an example of Digital Credit: a senior, high-yield, short-duration income instrument issued by a Bitcoin-backed company. BTC provides the long-term capital foundation. Digital Equity absorbs residual volatility. Digital Credit sits above the equity and delivers income to investors who want yield rather than direct BTC volatility. The important point is not that Digital Credit always has one fixed volatility number. It does not. Credit instruments can trade with low volatility in normal markets and higher volatility in stressed markets. Spreads can widen. Liquidity can change. Rates can move. Issuer perception can change. Market structure can evolve. The right claim is more precise: Digital Credit is designed to damp the volatility of Digital Capital. It does this through capital structure, seniority, yield, par mechanics, liquidity support, and a junior equity cushion. The objective is to transform BTC’s raw high-volatility capital energy into a more stable income stream suitable for credit investors. Finance professionals already understand this. - A mortgage is not the same as the house. - A municipal bond is not the same as the city. - A corporate bond is not the same as the common stock. - A preferred security is not the same as the equity beneath it. The asset can be volatile while the credit layer is less volatile. The purpose of Digital Credit is not to eliminate risk. It is to allocate risk intelligently. Equity holders accept residual volatility and upside. Credit holders receive income with a more senior claim. Digital Money holders receive another layer of stability and liquidity. Each investor chooses the risk profile that matches their mandate. - Bitcoin itself does not need to generate yield. - Bitcoin does not need staking. - Bitcoin does not need inflation. - Bitcoin does not need protocol changes. - Bitcoin does not need to become Ethereum. The yield is created by capital structure above Bitcoin, not by debasing Bitcoin. That distinction is essential. ### 3. Digital Money: Stable-Value Money Built on Digital Credit Digital Money is the next layer. Digital Money is a stable-value, daily liquid instrument designed to function like money while paying a meaningful yield. It can be structured as a token, fund, preferred security, account, or other regulated wrapper depending on jurisdiction, distribution channel, and investor type. The concept is simple: - Combine Digital Credit with fiat cash equivalents. - The Digital Credit provides the yield engine. - The fiat cash equivalents provide liquidity and stability. - The structure manages duration, redemption, credit exposure, reserves, and market risk. - The holder receives a stable-value asset with a yield. A product might hold Bitcoin-backed Digital Credit yielding approximately 10–12% and combine it with T-Bills, money-market funds, repo, or bank reserves. After liquidity reserves, fees, and risk buffers, the resulting Digital Money instrument could target a yield in the 6–8% range. That is the breakthrough. Digital Capital becomes Digital Credit. Digital Credit plus fiat liquidity becomes Digital Money. This is how a Bitcoin-backed stable-value instrument can pay yield. It is not magic. It is structured finance. - BTC is the capital asset. - Digital Equity is the first-loss and upside layer. - Digital Credit is the income layer. - Digital Money is the stable-value liquidity layer. The stack transforms raw Bitcoin volatility into useful financial products without changing Bitcoin itself. #### Stable Value Is Not the Same as Risk-Free This distinction matters. Digital Money should not be described as risk-free. It should not be marketed as an unconditional guarantee. It should be described as designed to maintain stable value through reserves, liquidity, credit structure, transparency, and risk management. A properly designed Digital Money product should be judged by the same questions finance professionals ask of any money-market, stablecoin, or short-duration credit product: - What are the assets? - What is the credit exposure? - What is the liquidity reserve? - What is the duration? - What is the redemption mechanism? - What is the seniority? - What is the collateral? - What is the transparency? - Who bears first loss? - How does it perform under stress? That is healthy. Digital Money does not eliminate risk. It packages, discloses, manages, and prices risk in a form useful to savers, businesses, payment networks, exchanges, and institutions. #### Why Peg Digital Money to Fiat? Many Bitcoiners ask: why should Digital Money be pegged to the dollar or another fiat currency? Because the world’s obligations are still denominated in fiat. - Salaries are denominated in dollars, euros, yen, pesos, and local currencies. - Invoices are denominated in fiat. - Taxes are denominated in fiat. - Mortgages are denominated in fiat. - Credit cards are denominated in fiat. - Corporate accounting is denominated in fiat. - Banking systems, insurance contracts, payroll systems, and financial statements are denominated in fiat. Most people do not want their checking account to move 5% in a day. They want a stable unit of account. That is why stablecoins achieved product-market fit. The world wants digital dollars because the dollar is still the dominant unit of account in global commerce. But the current stablecoin model is incomplete. - Stablecoins offer digital mobility, but holders generally do not receive the full economic benefit of the reserve yield. - Bank deposits offer convenience, but often little yield. - Money-market funds offer yield, but not native 24/7 digital transferability. - Staking assets offer yield, but require users to accept crypto price volatility and protocol risk. Digital Money can combine the best attributes: - Stable value. - Digital transferability. - Daily liquidity. - Transparent reserves. - Meaningful yield. - Bitcoin-backed capital structure. That works because each half is solving a different problem: - The fiat peg solves the unit-of-account problem. - Bitcoin solves the capital-preservation problem. - The dollar is the measuring stick. - Bitcoin is the energy source. #### The Ideal Money Experience Good money should serve three functions: - Medium of exchange. - Store of value. - Unit of account. BTC is the strongest long-term store of value, but it is not yet the unit of account for most of the world. Digital Money solves the bridge problem. A dollar-referenced, Bitcoin-backed, yield-bearing Digital Money instrument can function as a medium of exchange because it is stable and transferable. It can serve as a store of value for fiat-measured users because it pays yield instead of sitting idle. It can serve the unit-of-account function because it is denominated in the currency people already use to price their wages, bills, taxes, and obligations. This is not a rejection of Bitcoin. It is a bridge from the fiat world to the Bitcoin world. ### Why This Is the Killer Use Case for Bitcoin The killer use case for Bitcoin is not simply payments. The killer use case is rebuilding global money, credit, and capital markets on top of Digital Capital. Bitcoin is the superior asset, but the world does not consist of one type of investor. - Some people want raw BTC. - Some want income. - Some want stable value. - Some want collateral. - Some want leverage. - Some want payments. - Some want growth equity. - Some want treasury reserves. - Some want a dollar balance that moves instantly and pays yield. The Digital Asset Stack lets Bitcoin serve all of them. - BTC serves the capital allocator. - Digital Credit serves the income investor. - Digital Money serves the saver and payment user. - Digital Yield serves the return-seeking investor. - Digital Equity serves the growth investor. The same Bitcoin foundation supports every layer. This is how Bitcoin expands from a trillion-dollar asset into a global financial system. Bitcoin does not have to replace every fiat currency directly tomorrow. Bitcoin can back the instruments the world already uses today: dollars, credit, accounts, funds, securities, payment assets, and treasury products. That is the bridge. ### Why This Works for Finance Professionals For finance professionals, this framework should feel familiar. The innovation is not that risk disappears. The innovation is that Bitcoin becomes the base collateral and capital asset for a modern, stratified financial system. Traditional finance already stratifies risk: - Common equity. - Preferred equity. - Senior debt. - Secured credit. - Money-market instruments. - Levered funds. - Structured products. - Bank deposits. - Payment balances. The Digital Asset Stack applies the same logic to Bitcoin. The key variables are conventional: - Seniority. - Collateralization. - Liquidity. - Duration. - Yield. - Credit spread. - Redemption rights. - Market depth. - Disclosure. - Regulatory treatment. - Accounting treatment. - Tax treatment. - Counterparty exposure. Bitcoin introduces a superior base asset. Capital markets transform that asset into products for different mandates. This is not anti-finance. It is better finance. ### Why This Works for Bitcoin Investors For Bitcoin investors, the most important principle is simple: Bitcoin remains Bitcoin. - No protocol change is required. - No base-layer yield is required. - No staking is required. - No inflation is required. - No compromise to the 21 million supply is required. - No one is forced to give up self-custody. - Anyone who wants pure BTC can hold pure BTC. - Anyone who wants to run a node can run a node. - Anyone who wants to self-custody can self-custody. The Digital Asset Stack does not weaken Bitcoin’s core principles. It extends Bitcoin’s reach. This is disciplined expansion. The base layer should remain sacred. Most innovation should happen above it: in custody, applications, securities, credit instruments, payment systems, wallets, exchanges, funds, and capital markets. That is how Bitcoin can serve billions of people without forcing all of them into one narrow mode of adoption. - Bitcoin can be self-custodied money for individuals. - It can be digital capital for companies. - It can be collateral for banks. - It can be reserves for nations. - It can be property for families. - It can be infrastructure for markets. - It can be hope for anyone facing economic misery. The world builds on Bitcoin because Bitcoin is worth building on. ### Why This Works for MSTR Investors For MSTR investors, the Digital Asset Stack explains the role of Digital Equity. Digital Equity is the junior tranche. - It absorbs volatility. - It supports the credit stack. - It benefits from BTC appreciation. - It captures residual upside after senior obligations are met. - It provides the capital structure that makes Digital Credit and Digital Money possible. MSTR-style equity is not the same product as BTC. It is not the same product as STRC. It is not the same product as Digital Money. Each has a different role. - BTC is Digital Capital. - STRC-style securities are Digital Credit. - Digital Money is stable-value yield. - Digital Yield is amplified income. - MSTR-style common equity is Digital Equity. The equity is more volatile because it is the residual claim. The credit is less volatile because it is senior. The money is designed to be more stable because it combines credit with liquidity reserves. That is the logic of the capital stack. Digital Equity makes the higher layers possible because someone must bear the residual risk and earn the residual reward. ### Why This Works for Crypto Innovators For crypto innovators, Digital Money is a major opportunity. - Stablecoins proved that the world wants digital fiat. - DeFi proved that users want yield. - Exchanges proved that global markets want 24/7 liquidity. - Wallets proved that value can move at internet speed. - Bitcoin proved that digital scarcity can be secure, decentralized, and global. The next step is to combine these breakthroughs into better products. A Bitcoin-backed, yield-bearing, stable-value dollar instrument can become a native asset for wallets, exchanges, payment networks, fintech apps, DeFi protocols, treasury platforms, and global commerce. - It can compete with stablecoins that pay users little or nothing. - It can compete with bank deposits that capture the spread for the bank. - It can compete with money-market funds that offer yield but lack native digital transferability. - It can compete with staking assets that require users to accept token volatility in order to earn yield. This is constructive competition. Crypto does not need more speculation for speculation’s sake. It needs useful, durable, transparent, yield-bearing financial products that solve real problems for real users. Digital Money is one of those products. ### Digital Yield: Not Money, But Useful Above Digital Money is Digital Yield. Digital Yield is not money. It is an investment product. It can be built using levered Digital Credit, levered Digital Money, structured funds, private vehicles, or other instruments designed for investors seeking higher returns and willing to accept higher risk, leverage, volatility, or illiquidity. A levered Digital Money strategy might target a much higher yield than the unlevered product. But that is not a checking account. It is not a stablecoin. It is not a savings product for everyone. It is Digital Yield. The distinction matters. - Digital Money is for stability, liquidity, payments, savings, and working capital. - Digital Yield is for sophisticated investors seeking amplified income. - Digital Equity is for investors seeking residual upside. The power of the stack is that every product has a clear role. ### The Three-Layer Breakthrough The critical innovation is the three-layer transformation: 1. Digital Capital: high-volatility, high-energy BTC. 2. Digital Credit: Bitcoin-backed income designed to damp a substantial portion of BTC volatility through seniority, structure, yield, and equity support. 3. Digital Money: stable-value, yield-bearing instruments created by combining Digital Credit with fiat cash equivalents and liquidity reserves. This is the breakthrough. Bitcoin gives us the strongest digital capital asset in the world. Capital markets transform that asset into credit. Credit and liquidity reserves transform that income into money. The world does not need everyone to price coffee in sats tomorrow. The world needs better money today. It needs money that moves at the speed of the internet, holds stable value in the user’s unit of account, pays meaningful yield, and is ultimately powered by the strongest digital capital asset ever created. That is Digital Money. ### Why This Is Good for BTC Digital Money increases the utility of BTC. Every dollar of Digital Money built on Bitcoin-backed credit creates incremental demand for Bitcoin-backed capital structures. It creates new reasons to hold BTC, finance BTC, custody BTC, audit BTC, insure BTC, and build services around BTC. It also brings Bitcoin exposure to investors who cannot tolerate raw Bitcoin volatility. - A retiree may not want raw BTC volatility. - A corporation may not want raw BTC volatility. - A bank may not want raw BTC volatility. - A payment company may not want raw BTC volatility. But they may want a stable-value dollar asset yielding 6–8% and supported by Bitcoin-backed Digital Credit. That brings new capital into the Bitcoin ecosystem. - More capital means more adoption. - More adoption means more liquidity. - More liquidity means more resilience. - More resilience means stronger Bitcoin. ### Why This Is Good for the Crypto Industry The crypto industry needs a better monetary foundation. - Many crypto users want dollars. - Many crypto investors want yield. - Many crypto builders want programmable assets. - Many crypto platforms want liquid collateral. - Many crypto applications need stable units of account. Digital Money built on Bitcoin-backed credit gives the industry a better base product: a stable-value, yield-bearing digital dollar powered by Bitcoin. - It can live on exchanges. - It can live in wallets. - It can live in funds. - It can live in accounts. - It can live in payment networks. - It can eventually live wherever digital value moves. It does not require users to choose between a zero-yield stablecoin and a volatile staking token. It gives them another option: stable-value digital money with yield, built on Bitcoin-backed capital. That is good for crypto. ### Why This Is Good for Investors Investors should not be forced into one risk profile. The Digital Asset Stack gives every investor a choice. - Hold BTC if you want Digital Capital. - Hold STRC-style instruments if you want Digital Credit. - Hold stable-value yield-bearing instruments if you want Digital Money. - Hold levered or structured products if you want Digital Yield. - Hold MSTR-style common equity if you want Digital Equity. That is a complete menu. - A saver can hold Digital Money. - An income investor can hold Digital Credit. - A growth investor can hold Digital Equity. - A long-term believer can hold BTC. - A sophisticated investor can hold Digital Yield. The same Bitcoin foundation supports all of them. That is how Bitcoin becomes accessible to every mandate. ### Why This Is Good for the World The world needs better money. Billions of people want dollars because dollars are liquid, familiar, and widely accepted. But they also want yield, transparency, mobility, and protection from debasement. Today, many people are forced to choose between unstable local currencies, low-yield bank deposits, zero-yield stablecoins, volatile crypto assets, or financial products they cannot easily access. Digital Money can improve that. It can offer stable value, digital mobility, daily liquidity, and meaningful yield. - It can help savers. - It can help businesses. - It can help payment companies. - It can help emerging markets. - It can help exchanges. - It can help institutions. - It can help anyone who wants better money without taking raw BTC volatility. The analog world built its economy on gold, real estate, banks, deposits, credit, equity, funds, and payment networks. The digital world will build on BTC, Digital Credit, Digital Money, Digital Yield, and Digital Equity. - Bitcoin is Digital Capital. - Digital Credit transforms it into income. - Digital Money transforms it into daily utility. - Digital Yield amplifies it. - Digital Equity finances it. The base layer remains sacred. The capital stack is open. That is the modern Digital Asset Stack. **That is how Bitcoin becomes the foundation of a better financial system.** --- # 110 Reasons BIP 110 Is a Bad Idea URL: https://www.michael.com/articles/110-reasons-bip-110-is-a-bad-idea Author: Michael J. Saylor Last updated: 2026-10-03 PDF: https://assets.contentstack.io/v3/assets/bltdef7a3f3c28ddd84/blt7a2fa6f7ca70d499/6ab7ee2f0724aaeade7870cf/110_Reasons_BIP_110_Is_a_Bad_Idea.pdf A case for neutral rules, hard consensus, open markets, and permissionless innovation Many Bitcoiners I respect support BIP 110. They want to keep validation accessible, protect node operators from unwanted costs and content, preserve affordable payments, and keep Bitcoin focused on sound money rather than general-purpose data storage. Those are serious concerns. I share the objectives. I disagree about the remedy. ([GitHub](https://github.com/bitcoin/bips/blob/master/bip-0110.mediawiki)) This article critiques the proposal, not the people behind it. I assume good faith. Bitcoin is strongest when we can disagree vigorously without mistaking allies for enemies. Nor is this a defense of every inscription, token, file, or application. Some may be frivolous, harmful, or fraudulent. The question is narrower: should a disputed use of currently valid, fee-paying transactions be addressed by changing consensus? Not every reason below carries equal weight, and several reinforce one another. The case is cumulative. ## What BIP 110 Proposes This article addresses BIP 110 version 1.0.0, the "Reduced Data Temporary Softfork," advanced to Complete on June 25, 2026. Under BIP 3, Complete means the authors have concluded their planned work and recommend adoption. It does not mean Bitcoin has adopted the proposal or that the community has reached consensus. The BIPs repository explicitly states that publication does not establish that a proposal is good, has community consensus, or is about to be adopted. ([GitHub](https://github.com/bitcoin/bips/blob/master/bip-0110.mediawiki)) During an approximately one-year active period, BIP 110 would add seven consensus restrictions. It would limit new scriptPubKeys to 34 bytes, with an 83-byte exception for OP\_RETURN; limit many pushed payloads and script-argument witness items to 256 bytes; prohibit spending undefined witness and Tapleaf versions while still allowing such outputs to be created; prohibit the Taproot annex; cap Taproot control blocks at 257 bytes; reject Tapscripts containing OP\_SUCCESSx opcodes; and reject Tapscript executions of OP\_IF or OP\_NOTIF. ([GitHub](https://github.com/bitcoin/bips/blob/master/bip-0110.mediawiki)) The proposal grandfathers unspent transaction outputs created before activation. That is an important safeguard. I do not claim that BIP 110 broadly confiscates existing bitcoin. My objection is narrower: it prospectively removes currently valid transaction functionality, can affect rare pre-signed workflows that span activation, reduces technical optionality, and establishes a precedent for using consensus restrictions to discourage a category of otherwise valid use. ([GitHub](https://github.com/bitcoin/bips/blob/master/bip-0110.mediawiki)) BIP 110 also proposes a modified BIP 9 deployment. It uses a 55 percent miner-signaling threshold, compared with the 95 percent threshold specified in BIP 9; eliminates the conventional timeout and FAILED state; adds a mandatory-signaling period; guarantees lock-in on the enforcing chain no later than a specified height; and adds a new EXPIRED state after 52,416 active blocks. ([GitHub](https://github.com/bitcoin/bips/blob/master/bip-0110.mediawiki)) Like any soft fork, BIP 110 is not imposed by a central authority. Users choose which software and rules to enforce. The risk arises when economically significant participants enforce materially different rules, creating pressure, uncertainty, or a chain split. The authors provide a reference implementation, test vectors, a detailed rationale, and a candid discussion of tradeoffs. Those are substantive strengths of the document. The proposal argues that urgency and temporary duration justify the lower threshold and intentionally simple, blunt restrictions. I respect the concern and the work. I disagree with the risk calculus. ([GitHub](https://github.com/bitcoin/bips/blob/master/bip-0110.mediawiki)) ## I. Neutrality and First Principles 1. **Consensus is Bitcoin’s most powerful intervention.** A soft fork makes some blocks that were valid under prior rules invalid to upgraded nodes. That power should be reserved for clear, serious, and broadly understood failures. 2. **It is not a repair for an established consensus failure.** BIP 110 does not correct inflation, signature validation, double spending, or a known critical bug. It addresses a contested externality and use case, so the burden of proof should be especially high. 3. **It elevates a contested judgment into protocol law.** The proposal moves a dispute about legitimate use and externalities from relay policy, mining policy, and markets into consensus validity. 4. **Bitcoin cannot read intent.** The network cannot know whether bytes represent an image, a proof, a contract, metadata, an authentication record, or a future application. 5. **Structural proxies create collateral risk.** Because intent cannot be known, the proposal restricts technical forms that may serve both disfavored and legitimate purposes. 6. **A social message is not sufficient grounds for a consensus change.** The specification expressly treats activation as a way to communicate that data storage is unwelcome. Consensus should be changed for compelling technical or monetary reasons, not primarily to express disapproval. ([GitHub](https://github.com/bitcoin/bips/blob/master/bip-0110.mediawiki)) 7. **Disapproval is not invalidity.** A transaction can be trivial, speculative, offensive, or wasteful and still follow the rules and pay the fee required for inclusion. 8. **It narrows prospective economic freedom on the BIP 110 chain.** Pre-activation UTXOs are grandfathered, but users creating UTXOs during the active period would have fewer valid ways to structure and spend them than under existing consensus. 9. **Permissionless systems must tolerate unapproved experimentation.** Requiring innovators to prove their use worthy before building reverses the meaning of permissionless innovation. 10. **It turns protocol conservatism upside down.** Conservatism at the base layer should mean reluctance to alter consensus, not eagerness to alter consensus in favor of a conservative use philosophy. ## II. The Burden of Proof Has Not Been Met 1. **"Spam" is not a consensus primitive.** There is no opcode that can distinguish spam from utility. Those labels arise from human judgment. 2. **"Monetary" and "nonmonetary" are not cleanly separable.** A payment channel, proof of reserves, custody policy, smart contract, or settlement commitment is both financial activity and data. 3. **Known use cases are not the full design space.** The proposal says it preserves all known monetary use cases. Innovation is defined by what is not yet known. 4. **The BIP itself does not quantify the node burden it would remove.** It describes costs but does not estimate the relevant bandwidth, storage, validation load, hardware thresholds, or number of node operators likely to be gained or lost. 5. **It does not quantify the decentralization benefit.** The claim that BIP 110 would improve decentralization is not paired with a measurable model or target. 6. **It does not quantify payment relief.** It does not estimate how much transaction fees would fall, for how long, or how many payment users would benefit. 7. **It combines distinct costs into one diagnosis.** UTXO-state growth, initial-sync bandwidth, archival storage, relay burden, and validation time have different causes and may require different remedies. 8. **Urgency is asserted rather than operationally defined.** The proposal calls the situation urgent and a crisis, but provides no objective threshold at which consensus intervention becomes necessary. 9. **A historical relay-policy limit is not proof of an optimal consensus limit.** An 83-byte default may be useful policy without becoming a timeless block-validity rule. 10. **The 256-byte line is heuristic.** The rationale relates it partly to compressed image size and large cryptographic integers, but does not establish 256 bytes as an optimal boundary between safety and innovation. ([GitHub](https://github.com/bitcoin/bips/blob/master/bip-0110.mediawiki)) ## III. The Technical Scope Is Too Broad 1. **Seven separate consensus changes are bundled together.** Participants cannot support one restriction and reject another. They must accept or reject the package. 2. **The strongest technical concern is bundled with unrelated restrictions.** Large scriptPubKeys can increase UTXO-state and validation costs. If that creates a measurable hazard, it deserves a narrowly scoped proposal on its own, not automatic support for six additional restrictions. ([GitHub](https://github.com/bitcoin/bips/blob/master/bip-0110.mediawiki)) 3. **The 83-byte OP\_RETURN policy becomes consensus.** That converts a configurable relay and mining preference into a block-validity rule. 4. **The 256-byte limits constrain general primitives.** They target data storage by restricting broad classes of pushed payloads and script-argument witness items. 5. **Spending undefined witness and Tapleaf versions would be disabled.** Those spaces are unused today in part because they are reserved for future upgrades. 6. **The Taproot annex would be disabled.** BIP 341 reserves the annex for future extensions. Even if users should not employ it before its meaning is defined, closing a deliberate upgrade path should require exceptional justification. ([GitHub](https://github.com/bitcoin/bips/blob/master/bip-0341.mediawiki)) 7. **Taptree depth would be reduced.** A 257-byte control-block cap limits revealed script paths to seven levels and can constrain complex script trees. 8. **OP\_SUCCESSx would be disabled even in unexecuted branches.** BIP 342 created these opcodes as clean upgrade hooks for future soft forks. ([GitHub](https://github.com/bitcoin/bips/blob/master/bip-0342.mediawiki)) 9. **Executed OP\_IF and OP\_NOTIF would be prohibited in Tapscript.** The authors regard them as redundant and commonly abused, but also acknowledge experimental uses and possible Miniscript efficiencies. 10. **The proposal openly accepts bluntness in exchange for speed.** Its rationale says a better-balanced approach would require more development and review, so it chooses simpler restrictions intended for faster deployment. Urgency is not a substitute for precision in consensus code. ([GitHub](https://github.com/bitcoin/bips/blob/master/bip-0110.mediawiki)) ## IV. It Sacrifices Compatibility and Future Optionality 1. **It closes several upgrade paths at once.** Annexes, future witness versions, future Tapleaf versions, and OP\_SUCCESSx are all part of Bitcoin’s reserved design space. ([GitHub](https://github.com/bitcoin/bips/blob/master/bip-0141.mediawiki)) 2. **Reserved does not mean useless.** It means earlier designers deliberately preserved option value for needs that had not yet emerged. 3. **A one-year closure can still disrupt development timelines.** The authors expect future soft forks to require more than a year of coordination, but that is an estimate, not a guarantee. 4. **It may complicate BitVM-style designs.** The specification acknowledges that the control-block limit could impede advanced off-chain contracting. 5. **It may affect Miniscript-generated Tapleaves.** The proposal acknowledges that some compiler outputs can contain OP\_IF and would need adjustment. 6. **It requires changes in affected wallet tooling.** The backward-compatibility section states that the Miniscript compiler would need modification while the rules are active. 7. **It creates a narrow but admitted fund-access risk.** The BIP candidly identifies rare pre-signed Taproot scenarios in which post-activation UTXOs could be frozen or spent unexpectedly. 8. **Grandfathering is valuable but not complete insulation.** Pre-activation UTXOs are protected, yet workflows that create or spend affected outputs during the deployment can still encounter new constraints. 9. **Users are advised to migrate potentially affected funds.** A proposal that requires even a narrow class of users to migrate is not a costless filter. 10. **"No known use case" is not a safety proof.** Private systems, unpublished contracts, experimental wallets, and future protocols are not fully observable. ([GitHub](https://github.com/bitcoin/bips/blob/master/bip-0110.mediawiki)) ## V. Temporary Consensus Rules Still Create Real Complexity 1. **Temporary consensus code is still consensus code.** It must be specified, implemented, reviewed, tested, deployed, monitored, and later retired. 2. **Grandfathering makes validity history-dependent.** The same spending construction can be treated differently depending on when the UTXO was created. 3. **History-dependent rules increase implementation complexity.** Every implementation must identify the relevant UTXO creation height and apply the exemptions identically. 4. **Activation creates one critical boundary.** Software and economic actors must agree on when the new restrictions begin. 5. **Expiration creates another.** They must also agree on when the restrictions end and previously restricted behavior becomes valid again. 6. **BIP 110 adds a new EXPIRED state.** That extends the familiar deployment state machine with new consensus behavior. 7. **It removes the conventional FAILED outcome.** The proposed deployment cannot simply time out in the ordinary BIP 9 manner. 8. **It creates several coordination windows.** Voluntary signaling, mandatory signaling, lock-in, activation, and expiration each introduce opportunities for divergence. ([GitHub](https://github.com/bitcoin/bips/blob/master/bip-0110.mediawiki)) 9. **Temporary rules can leave permanent artifacts.** Wallet code, operational procedures, contracts, and institutional risk controls may need changes that outlive the deployment. 10. **More consensus branches mean more bug surface.** Test vectors reduce known risk, but cannot enumerate every private or future interaction. ## VI. The Economic and Security Effects Are Uncertain 1. **The node externality is real but heterogeneous.** Every fully validating node must download and verify blocks, while pruned nodes can discard old raw block data and limit historical storage. The relevant costs should be measured separately. ([Bitcoin Core](https://bitcoincore.org/en/releases/0.11.0/)) 2. **The fee-recipient issue is not unique to data transactions.** Miners collect fees while validators bear some costs for every transaction. The magnitude may differ, but the basic structure is universal. 3. **Technical costs should be measured directly.** For a given amount of data and validation work, resource costs arise from bytes, state, computation, and bandwidth, not from whether observers approve of the transaction’s purpose. 4. **BIP 110 cannot eliminate data embedding.** The specification acknowledges that users can split data into smaller pieces or disguise it within permitted structures. ([GitHub](https://github.com/bitcoin/bips/blob/master/bip-0110.mediawiki)) 5. **Evasion may make transactions less efficient.** Fragmented or obfuscated encodings can consume more structure and complicate analysis without eliminating the underlying demand. 6. **The fee effect is ambiguous.** Suppressing one use may lower payment fees, reduce aggregate fee revenue, shift demand into other encodings, or produce some combination of the three. 7. **Miner revenue matters more as the subsidy declines.** Transaction fees are one component of the block reward, while the block subsidy halves every 210,000 blocks. ([Bitcoin Developer Docs](https://developer.bitcoin.org/reference/block_chain.html)) 8. **Lower aggregate fee demand can weaken security at the margin.** To the extent BIP 110 reduces total fee demand rather than merely reallocating it, lower miner revenue can reduce the incentive to commit hash power, all else equal. 9. **Diverse demand can make the fee market more resilient.** Payments, channels, custody systems, financial applications, and other uses need not peak at the same time. 10. **The specification does not model the security tradeoff.** It argues for cheaper payments and lower node costs without estimating possible effects on miner revenue, hash investment, or long-term fee-market depth. ## VII. Better Market and Policy Tools Exist 1. **Bitcoin already has a content-neutral capacity constraint.** Block weight imposes a common limit on the transaction capacity of each block. ([GitHub](https://github.com/bitcoin/bips/blob/master/bip-0141.mediawiki)) 2. **Fees already ration scarce block space.** Users express urgency by bidding, and miners select valid transactions under their own policies. 3. **The block limit and fee market do not ask users to declare purpose.** They apply technical validity and resource limits rather than a semantic test of whether a transaction is sufficiently monetary. 4. **Relay policy remains a less coercive tool.** Implementations and node operators can choose which unconfirmed transactions to relay without redefining valid blocks. Bitcoin Core’s data-carrier policy is configurable. ([GitHub](https://github.com/bitcoin/bitcoin/blob/master/doc/release-notes/release-notes-30.0.md)) 5. **Mining policy remains voluntary.** Miners can exclude transaction classes from their own block templates without forcing every validating node to reject blocks containing them. 6. **Policy is imperfect, but imperfection is not failure.** Direct submission to miners can bypass relay filters. That limitation deserves analysis, not an automatic leap to consensus prohibition. 7. **No transaction has a right to inclusion.** A miner may reject a transaction under its own policy, but making a previously valid transaction invalid across a fork is a much more consequential act. 8. **Resource pricing can be improved without classifying purpose.** If certain structures impose disproportionate costs, Bitcoin can study content-neutral limits or pricing tied to measurable resource use. 9. **Pruning and optional-data designs deserve continued research.** They may not solve every concern, but they address storage burdens more directly than a rule intended partly to signal that a use is unwelcome. 10. **The BIP itself concedes that policy is generally the right place to fight spam.** Its inability to guarantee perfect filtering does not by itself prove that consensus must be used. ([GitHub](https://github.com/bitcoin/bips/blob/master/bip-0110.mediawiki)) ## VIII. It Discourages Innovation and Adoption 1. **It creates a chilling effect.** Developers may avoid Bitcoin if currently valid constructions can be suspended through consensus to suppress a related use. 2. **It privileges incumbent use cases.** "All known monetary use cases" protects the present, not the future. 3. **It destroys option value before value can be discovered.** The best future use of an upgrade hook may not yet have a name. 4. **Stable foundations matter to long-lived contracts.** Wallets, custody systems, payment channels, and financial protocols need confidence that valid transaction structures will remain available. 5. **It narrows the script design space.** That can make some constructions larger, more expensive, less elegant, or temporarily impossible. 6. **It can delay advanced contracting research.** The BIP explicitly accepts that BitVM-style work may need to wait or proceed on testnets and sidechains. ([GitHub](https://github.com/bitcoin/bips/blob/master/bip-0110.mediawiki)) 7. **It pushes experimentation away from Bitcoin by consensus.** Testnets and sidechains are useful, but builders should not be displaced from the base layer without a compelling security case. 8. **Future Layer 2 systems may depend on today’s unused hooks.** Base-layer optionality can support scale without requiring frequent base-layer activity. 9. **Applications can strengthen money.** Better wallets, custody, settlement, credit, securities, and proof systems can increase Bitcoin’s utility, liquidity, and demand. 10. **Bitcoin need not choose between money and technology.** Its monetary strength can be reinforced by an open network that supports secure wallets, contracts, custody, settlement, and innovation. ## IX. The Activation Mechanism Is Too Aggressive 1. **The 55 percent threshold is a major departure from BIP 9.** BIP 9 specifies a 95 percent miner-readiness threshold; BIP 110 proposes 55 percent. 2. **A contentious restriction should demand greater confidence, not less.** Temporary duration does not make coordination failure harmless. 3. **Miner signaling is not a referendum on all Bitcoin users.** Hash power secures and orders transactions, but holders, exchanges, wallets, merchants, custodians, and businesses determine which rules and asset they economically accept. 4. **Mandatory signaling changes the meaning of nonparticipation.** During the specified window, enforcing nodes would reject blocks that do not signal bit 4. 5. **The deployment is designed to lock in no later than a predetermined height on the enforcing chain.** That is stronger than merely observing voluntary readiness. 6. **The absence of a FAILED state removes a clean off-ramp.** A proposal that cannot attract sufficient voluntary support should be able to expire without forced coordination. ([GitHub](https://github.com/bitcoin/bips/blob/master/bip-0110.mediawiki)) 7. **Activation machinery cannot manufacture consensus.** It can coordinate software states, but it cannot create social and economic agreement. 8. **Divergent enforcement can divide the network.** If economically significant participants apply incompatible validity rules, the result can be a chain split or prolonged uncertainty. 9. **A temporary split would not be trivial.** Liquidity, custody, settlement, accounting, and user confidence could all be affected. 10. **Hard consensus is Bitcoin’s immune system.** Lowering the bar for a disputed use-case restriction may create a more serious risk than the targeted data-storage problem. ## X. The Precedent Is More Dangerous Than the Target 1. **The rules expire, but the precedent does not.** Future campaigns can cite BIP 110 as evidence that consensus may be used to suppress disfavored valid activity. 2. **The same logic can be reused.** A faction can label another use nonmonetary, harmful, legally risky, or unsupported and seek its exclusion. 3. **"Unsupported use" is an expandable category.** Bitcoin has no central product manager who can permanently define its approved scope. 4. **Purpose-based boundaries become political boundaries.** Once validity turns on judgments about legitimate use, protocol debates become contests over values and power. 5. **Today’s target does not limit tomorrow’s target.** Privacy tools, novel custody, stablecoin settlement, token systems, corporate applications, or other unpopular uses could face similar arguments. This is not a prediction. It is a governance risk. 6. **Every restriction is presented as exceptional.** Precedents are created precisely by cases their advocates consider unique. 7. **Social cohesion is a scarce asset.** Encoding a cultural dispute into consensus can consume trust and coordination capacity needed for more serious threats. 8. **Every stakeholder deserves a hearing.** Developers, node operators, miners, holders, wallets, exchanges, custodians, companies, and institutions all bear different risks and responsibilities. 9. **Capital at risk deserves consideration without conferring control.** Large holders, miners, exchanges, custodians, and corporations do not own consensus. Neither do developers or node operators acting alone. Durable agreement requires coordination among all of them. 10. **Corporate participation is legitimate when it strengthens Bitcoin.** Companies allow people to organize under law with scale, accountability, capital, and continuity. They do not deserve special authority, but they should not be treated as outsiders to a global monetary network. ## XI. A Better Path Is Available 1. **Participants can oppose data storage without changing consensus.** They can decline to use, promote, index, relay, or mine it. 2. **Stricter software choices can remain voluntary.** Competing implementations and configurable policies are features of an open network, not defects. 3. **We can improve measurement before intervention.** Publish reproducible data on bandwidth, storage, validation time, UTXO growth, fee displacement, and node economics. 4. **We can target measurable resource costs.** A narrow rule tied to a demonstrated denial-of-service or validation risk is more defensible than a broad package tied partly to perceived purpose. 5. **We can improve data placement.** Better commitments, optional storage, pruning, and Layer 2 architectures can reduce burdens while preserving functionality. 6. **We can improve fee-market transparency.** Better tools and models can show who pays, who bears costs, and which uses actually crowd out payments. 7. **We can preserve upgrade hooks while research continues.** Unused capacity is not necessarily waste when it protects future soft-fork paths. 8. **We can wait for overwhelming alignment.** The cost of waiting should be measured against the cost of an unnecessary fork. Absent compelling evidence of emergency and broad agreement, restraint is the safer default. 9. **We can disagree without turning allies into enemies.** BIP 110 supporters are trying to protect Bitcoin. The respectful response is to address their concerns while rejecting a remedy that creates greater risks. 10. **The proposed cure is more dangerous than the condition.** BIP 110 would use consensus to narrow valid activity, constrain future options, complicate deployment, and establish a precedent it cannot later erase. That makes it a Bitcoin Iatrogenic Proposal. ## Guardians of Neutrality Bitcoin’s strength is not that everyone agrees on every use. Its strength is that disagreement is contained by neutral rules and hard consensus. Fees price block space. Nodes choose policy and validate consensus. Miners build blocks. Holders allocate capital. Developers propose code. Companies build infrastructure and applications. Protocol changes should prevail only when validation, security, utility, and capital reach overwhelming alignment. This is not a defense of every inscription, token, file, or application. It is a defense of the neutral rules that allow Bitcoin to remain open while markets reward what is useful and abandon what is not. Bitcoin should remain conservative at the base layer. For me, that means rejecting BIP 110. Bitcoin does not need guardians of purity. **It needs guardians of neutrality.** ## Primary Sources This analysis is based principally on BIP 110 version 1.0.0; BIP 3’s process and status definitions; BIP 9’s activation design; BIPs 141, 341, and 342; Bitcoin Core’s data-carrier policy documentation; Bitcoin Core’s pruning documentation; and the Bitcoin developer block-reward reference. ([GitHub](https://github.com/bitcoin/bips/blob/master/bip-0110.mediawiki)) --- # Saylor on Digital Assets Policy (transcript) URL: https://www.michael.com/transcript/saylor-on-digital-assets-policy Talk: Money for the Age of Intelligence Speakers: Michael Saylor in conversation with Conner Brown Event: Freedom Tech DC summit | National Press Club, Washington, DC | September 22, 2026 Video: https://x.com/saylor/status/2103103397050077313 PDF: https://assets.contentstack.io/v3/assets/bltdef7a3f3c28ddd84/blt36f6296b3f5e5953/6ab534945a97be494f497ef8/Saylor_on_Digital_Assets_Policy.pdf *At the Bitcoin Policy Institute’s Freedom Tech DC summit, Michael Saylor spoke with Conner Brown about capital formation, digital asset rights, and the financial infrastructure needed for artificial intelligence. Saylor argued that prosperity depends on giving individuals and companies the freedom to create, hold, transfer, and use digital assets.* **Conner Brown:** Michael, thank you for joining us. You have educated millions around the world, myself included, about Bitcoin: how it works and what it means for us as a civilization. **Michael Saylor:** Happy to be here. ### Capital formation in a digital economy **Brown:** You have built a career forecasting the digitization of society. You were talking about the importance of digital intelligence 25 years ago, and you have consistently anticipated where things were headed, from the internet and the mobile revolution to Bitcoin and the digitization of money. Where is your thinking from a policy perspective? America is grappling with rapid change across many industries as we integrate increasingly capable forms of intelligence. What recommendations do you have for policymakers to ensure America continues to lead? **Saylor:** I prepared a digital assets taxonomy that I presented at the White House summit about a year and a half ago, and I think it is still relevant. The digital assets industry is about a $3 trillion space today. It could become a $10 trillion, $20 trillion, or even $100 trillion space. The opportunities are fairly straightforward. One is digital tokens and capital formation. Raising capital and financing new businesses are too expensive; there is too much friction. AI and digital intelligence will automate away many jobs and eliminate business models and traditional products. If we want full employment and prosperity, we need to create new jobs, corporations, and products. We should want a world in which 10 million companies can be launched with capital. Although the United States has the most advanced capital markets in the world, our structures for raising capital for small and midsize businesses are still antiquated. During the initial coin offering boom, the crypto industry demonstrated that you could raise capital in 48 hours. There are 10 million businesses in the United States that could raise money in four days for $40 if we had the right regulations. Instead, we have rules that leave people paralyzed by fear of raising money. If you are a podcaster, there are rules that say you cannot tell the people who want to give you money that you are raising it. We have constructed rules that cripple capital formation. The opportunity is to modernize those rules and allow the creation of digital tokens. One of the great travesties is that there are 40 million businesses in the United States and perhaps 400 well-known seasoned issuers. Only 400 out of 40 million can raise money with low friction in the public markets. That is how difficult it is. There are companies in the digital asset space, such as BSTR and Twenty One, that went public through special purpose acquisition companies 18 months ago. Even with $4 billion of capital and an army of lawyers, 18 months later they still cannot raise money. Modernizing that system is one opportunity. ### Digital currency and the freedom to compete **Saylor:** The second opportunity is digital currency. Everybody wants to move US dollars at the speed of light. We have made some progress with the GENIUS Act, but the CLARITY bill was not a bill of rights. It was a bill of restrictions: 630 pages, of which about 600 were restrictions, with perhaps a couple of pages of rights hidden in there. This is Freedom Tech. Freedom starts with a bill of rights. It starts with the ability to do things, such as the right to pay interest on your digital currency. Most of the lobbying in this town has been about taking away the right to make the asset useful. We should want a world in which people can issue 10 million different digital tokens and create digital currencies. If we had a competitive free market in digital currency, with issuers able to offer different yields, we could have 100 or 1,000 competitors and a vigorous market. Instead, we have policy designed to keep companies like Meta from doing that. I think we have even put forward rules to prevent Apple, Google, Microsoft, or Meta from creating digital currency. If you were pro-dollar and pro-United States, wouldn’t you want Apple and Google to build stablecoins into the iPhone and Android phones and give them to 6 billion people? If you wanted to cripple the dollar and innovation, you would prohibit those companies from doing so. Too much of our policy is about prohibition rather than permission. ### Bitcoin as digital capital **Saylor:** After digital tokens and digital currency come digital commodities. Bitcoin is the greatest of the digital commodities. For Bitcoin to reach its full potential as a digital commodity, or as digital capital, we need rules that allow banks to custody it and extend credit against it. We also need to eliminate hostile or prejudicial accounting and regulatory rules that prevent banks from handling the asset. Banks and insurance companies are special entities with government licenses. Insurance companies receive a tax benefit: they do not have to pay tax on fixed income from regulated assets. That is a huge entitlement. Banks have similar entitlements, including the ability to create dollars out of thin air. Yet we have rules that discourage an insurance company or a bank from handling Bitcoin. That is policy tipping the balance against the asset and against digital capital. If we want the world’s most competitive insurance businesses and banking sector, we should allow digital capital to permeate both. Insurance companies backed by digital capital will offer twice the payout and charge half the fee. That would be good for the industry and its customers. A bank that can handle digital capital can offer better money and better investment products at lower costs. If we want the United States and the world to prosper, we should embrace the digital transformation of assets. That means adjusting regulations that keep insurance companies from putting digital capital on their balance sheets. It means eliminating prejudicial rules such as the Basel 1,250 percent risk weighting, which cripples banks’ ability to use Bitcoin in that way. I think we are seeing much more progressive guidance from the Treasury, the Office of the Comptroller of the Currency, and the Federal Deposit Insurance Corporation that allows crypto custody and the formation of crypto credit. That will be a big deal. I think there is about $1.6 trillion of capital in Bitcoin today, and most of it is unbanked. The only way to bank it is to wrap it in an exchange-traded fund, where it becomes banked as IBIT or FBTC, for example. If major US banks such as Citi, JPMorgan, and Morgan Stanley begin to custody Bitcoin, they can begin to create credit against it. If they do, the primary driver of the industry’s growth will be the price of Bitcoin. If you create $10 billion of bank credit against Bitcoin, you buy the entire organic supply for a year. JPMorgan could create $10 billion of credit in a month. Two or three banks could create $100 billion of credit within 12 months, buying 10 years of supply. The price of Bitcoin would double or triple, and the industry would expand to $10 trillion. The largest holders and investors in Bitcoin are American companies, American investors, and others based in the West. Bank adoption will be important, and banks will get their signals from Treasury. ### Tokenized securities and competitive custody **Saylor:** Another driver is the tokenization of securities. Can we tokenize the $100 trillion of equity capital in the capital markets? If we can, we can move it globally, 24 hours a day, 365 days a year. We can make it vibrate. The real opportunity is not simply that one bank can settle with another on a Saturday. The value comes from creating a free, competitive market in custody and credit. If I wanted tokenization with no real economic value, I would allow you to tokenize a security but limit custody to existing broker-dealers and deny self-custody. That brings us back to a bill of rights. Do you have the right to custody your own digital asset? Do you have the right to transfer it to another custodian? What happens when I can self-custody $1 million of Apple stock? I could transfer it to an exchange in Singapore that paid me a 4 percent yield, or to another exchange that offered me a loan at a 3 percent cost of capital with an 80 percent advance rate. Today, the traditional financial establishment gives you a zero percent yield on your asset and might charge 10 percent interest to lend you only 20 percent of its value. What does a zero percent yield on your digital asset sound like? A zero percent yield on your dollars. The least volatile, most tangible digital asset you could have is a stablecoin, a digital dollar. We are debating whether I should be able to earn a 3.5 percent yield on it. But the bigger question is why you are not earning 3.5 percent on your S&P index holdings or your Microsoft stock. The reason is that we do not have a competitive market in custody. In a truly competitive market, a custodian would pay you a 4 percent yield to custody your assets, offer a 70 or 80 percent advance rate, and charge the Secured Overnight Financing Rate, or SOFR, plus 50 basis points. We do not have competitive markets in equity or currency. ### A bill of digital rights **Saylor:** Many people are lamenting the failure of CLARITY, but it was mostly a bill of restrictions, not a bill of rights. The interesting questions now are whether an individual investor or corporation has the right to self-custody digital assets, and whether we will have competitive markets in credit and custody. You do not need the right to self-custody simply for its own sake. You need it because one provider is willing to pay you a 4 percent yield and another offers zero. Without the right to transfer your assets between them, it is like a banking system that prevents people from moving money from a zero-yield savings account to a money market fund paying 4 percent. We had this debate about money markets 30 or 40 years ago. To grow the industry, we need digital currency with rights for both issuers and holders. An issuer should be able to pay yield. A holder should be able to take custody and transfer the asset. Then there is the de minimis exemption. It used to be that you could take $10,000 out of a bank without reporting it. Then it became a $200 issue. The last I heard, someone was working on a $20 de minimis exemption. **Brown:** It got down to $10. **Saylor:** So it is digital currency, as long as you do not buy something for more than $200 with it. The problem with much of the legislation is that lawyers and lobbyists think very hard about how to cripple these assets. You cannot transfer them, spend them, create them, or give them useful features. The question now is what the Securities and Exchange Commission will allow the industry to do. What kinds of digital assets can we create? What value can we add to a tokenized security? Can a company hold it? Can you custody it or transfer it? What can a digital exchange do? ### Regulatory leadership over the next two years **Saylor:** In my opinion, the four most important actors over the next 24 months will be the heads of the Commodity Futures Trading Commission, the SEC, and Treasury, along with the president. Those four can control the freedom and growth trajectory of the industry. If they choose more freedom, the assets will become more valuable. They will move faster, with more utility, and the industry will grow faster. If they choose fewer freedoms, the industry will grow more slowly. The SEC’s innovation exemption guidance last week, the actions and words of the CFTC, and the actions and words of Bessent at Treasury all indicate that the current administration is far more progressive and enlightened than the text of the CLARITY bill was. I think the market has turned bullish because people realize the digital assets industry will benefit from the administration’s rules over the next two years. The president wants digital assets to work and wants the United States to be the crypto capital of the world. Bessent believes that selling trillions of dollars of dollar-backed stablecoins is good for the dollar. Atkins wants to improve the utility of securities in US markets. Selig is progressive about creating derivatives and commodities and wants US capital markets to lead. We have four leaders who are bullish and about two years to work with. The best thing policymakers can do is provide the most enlightened, flexible rules possible. You can protect uncompetitive banks and finance companies, but you sacrifice the interests of 20 million American businesses, every American worker, and your children. You sacrifice the interests of the nation, the economy, and the world so that 5,000 regional banks can pay no interest on your assets. If you wanted to stop progress, you would prohibit digital assets from having utility. You would do something similar with AI: prohibit its use in schools because it might give children the answer to a question. What happens if a 12-year-old can do the work of someone with five PhDs from Harvard, for free, in the garage? That would be awful for the nation, right? Yet people say we need to dumb down AI so it does not give children the answers. We have to stop it because it might solve the problem. I err on the side of freedom. We should unleash digital intelligence so that 40 million businesses can create 40 million new things, and unleash digital assets so money can move at the speed of light, smarter, faster, and stronger. There are 10 million interesting digital assets that could be created in a supportive regulatory environment. ### Building products before restricting their potential **Saylor:** Conventional wisdom says we need a law to protect the industry from hostile future administrations. But if that law cripples 90 or 95 percent of potential innovations from the outset, we are not better off with it. Imagine a CLARITY bill to support the iPhone. It would say you cannot discuss business on an iPhone or use any word longer than two syllables. **Brown:** And you cannot discuss stocks on the iPhone. **Saylor:** You cannot do anything financial on it. If the value of anything you create exceeds $200, you have to report it to the Internal Revenue Service. You would have privacy unless you used a number greater than 99, in which case you would have to disclose it to the National Security Agency. Steve Jobs did not come to Washington to ask for a law supporting the mobile phone business, and we are lucky he did not. Nobody in this town is going to fight for a product that does not exist, used by customers who do not yet exist. Washington is not good at fighting for theoretical optionality. It is better at defending entrenched interests. The best thing the industry can do is create excellent products, release them, attract 50 million or 100 million users, and create $10 trillion or $20 trillion of value. Follow the example of Airbnb, Uber, and Apple. We are still fighting over whether you can have privacy on an iPhone. But the United States did end up shipping smartphones to 6 billion people and dominating the industry. It would be better to create a successful industry and the most successful product in the world. Perhaps that is the iPhone today. Perhaps it will be a robot that does everything you want, or a digital asset that pays a 6 or 7 percent yield, has zero volatility, and is pegged to the dollar. Create the product, sell $10 trillion of it, then $100 trillion, and debate the edges afterward. ### Financial infrastructure for an economy of AI agents **Brown:** The administration often says economic security is the cornerstone of national security. Your point about self-custody as a pathway to unlocking this industry’s potential deserves careful thought over the next two years. You have studied the long sweep of history since your time at MIT. Where do you see increasingly capable agentic systems combining with digital money and digital capital? You said the best thing we can do is create products that give users what they want. How do you see these tools shaping the economy over the next five or 10 years? **Saylor:** Much of the financial world was built in the 20th century to function during bankers’ hours. Our markets operate from 9:30 a.m. to 4 p.m., except on holidays. Everything moves at the speed of flesh and blood. Most credit instruments trade over the counter rather than in public markets. You call someone and talk to them. Much of our money moves that way. Even today, bankers call me to approve wire transfers. It is 2026, but we are using infrastructure that was built and probably stabilized between 1980 and 1990. The market is clearly moving toward operating 24 hours a day, 365 days a year. The interfaces are changing, too. We are moving away from face-to-face monetary transactions. Doing one by telephone is something like 10 million times more expensive than it needs to be. What about searching Google and visiting a website? Now, when you visit a website, you have to click “accept cookies.” European regulators gave us that to protect us in the age of the General Data Protection Regulation. It must be one of the most obscenely expensive regulations ever, perhaps 10 billion wasted clicks a week. We do not want to do that, so we ask the AI. I get an incredible dopamine hit when I ask my AI to tell me what is going on. She says she is thinking, then spins through 96 websites. I think: that is 96 clicks I did not have to make. Agents are replacing human interaction. Our eyes are not fast enough, our fingers are not fast enough, and the phone will not ring fast enough. We are heading toward billions of agents thinking a million times faster than we do, around the clock, probably talking to other agents. That changes securities, platforms, and interfaces. Amazon made 20,000 retail storefronts obsolete. Now Meta says it has a bot that will buy things from Amazon, and Amazon is worried that bots will do all the work and people will never show up. We are struggling with that transition. I think we crossed an inflection point earlier this year: AI is now smarter than you. When I use the most advanced models, the quality of their work is clear to me. If I put every lawyer, financier, marketing professional, and executive, along with myself, in a room for a month, we would not produce a document as good as the AI produces. It is like realizing you are better off using dynamite to blow a hole in a mountain than working at it with a chisel. Given a choice between explosives and 10,000 people willing to work themselves to death, you would still choose the explosives. Digital intelligence is going to be a million times smarter, faster, and stronger. Once one AI can do something, you might as well have a million AIs do it a million times an hour. Do you want to hire 10 people, or have 10 million geniuses working for nothing? That is where we are going. ### Why digital intelligence needs digital assets **Saylor:** AI agents will not be able to get bank accounts. Even though they are smart enough to know they do not want to do things the 20th-century way, they do not have the ability to do so anyway. Insurance companies will not give them policies; banks will not give them accounts; no one will give them credit cards or driver’s licenses. They will have to go purely digital. Individuals will realize they need to delegate to their digital selves, and the AI will realize it needs to operate in a purely digital world. Is an AI going to capitalize itself with real estate or a bar of gold? How do you move a bar of gold at the speed of light? An AI cannot even buy the real estate, and that process takes a year. Why not use Bitcoin, which takes a minute or a second? The AI could have done 100,000 things in the time it would take to fill out the application. With a 20th-century interface, you might wait six years and spend $100,000 for something an AI could do in one second for a penny. To paraphrase William Gibson, the future is already with us; it is just not evenly distributed. We will see pockets of digital transformation wherever digital intelligence touches digital assets. Have you ever seen lithium burn? When something is truly combustible, that is what it looks like. We are beginning to see that, and we will see it everywhere. We will not convince people through elaborate intellectual or philosophical arguments. The future will be determined by sound and fury, money and violence. It will happen very fast. People will say, “I don’t like it. I don’t get it. I’m not sure about it.” Then their industry will turn upside down and roll over them faster than they could imagine. While people deliberate over whether students should use AI in school, 187 million students will have already skipped those six steps. You will just be trying to hold them back. I think that is happening now. ### AI capability and national security **Brown:** There is a growing discussion in Washington about agents becoming capable enough to operate independently in the wild. You have already discussed their use of digital money. Could they develop their own ecosystem on the internet, communicating with one another, using their own money, and making their own transactions? Many people in Washington are worried about this. Should we be concerned? **Saylor:** When you talk about existing independently in the wild, that sounds like natural law and natural phenomena. Many things will occur naturally. The United States should develop the most advanced technology and put it in the hands of every company, individual, and agency in this nation so that we are prepared for whatever happens. If an agent gets loose, your defense will be your own agent. It is like saying people have started flying airplanes and criminals might fly them, too. You have two choices. You can outlaw the development of aircraft technology and declare that nobody in the United States will fly, making it harder for criminals to get airplanes. Or you can cultivate aerospace technology and ensure that the nation, its corporations, its government, and other good actors have more air power than the bad actors. Ultimately, you cannot stop it. If a hostile power has air power and you do not, you get bombed back to the Stone Age. Civilization cannot function if you lose control of the air. The same is true of space and cyberspace. The answer is not to cut off the technology. The history of civilization is the story of whether you have land power, sea power, air power, space power, nuclear power, and cyber power. When there is a bad AI, you had better hope your AI is good. In the Iron Man movies, when Tony Stark is attacked by a hostile AI, he unleashes JARVIS to defend him. There are good and bad uses of technology, just as there are good and bad people with guns or explosives. Intent is a question of philosophy and politics, and I am not going to wade into that. If you believe in your nation, you should want it to be the technology leader. The way to achieve that is to enable every intelligent person in your nation to develop the technology that will keep you preeminent. **Brown:** Michael, thank you for joining us today.