Chapter 9: Monetary Theory and Sound Money
"Money usually depreciates when it becomes too abundant."
Nicolaus Copernicus, Monete Cudende Ratio (1517)^1^
Introduction
Every exchange has two sides, and money is one of them. A theory of privacy in economic life has to start with money, not because money is the most interesting case, but because it is the unavoidable one. Whatever properties the monetary medium has, surveillance or privacy, traceability or opacity, permission-based or permissionless, those properties apply to every transaction conducted in it.
This chapter develops the Austrian theoretical framework for evaluating monetary systems. Money emerges through market process, not government decree: Menger showed why, and the argument has not been refuted. Sound money has specific properties derived from its three functions: medium of exchange, store of value, unit of account. Fiat money systematically undermines those properties while adding a fourth function its architects do not advertise: surveillance infrastructure. Digital money raises the question of whether those lost properties can be restored.
The chapter works through the theoretical foundations in sequence: the market origin of money, the regression theorem and its contested application to novel digital assets, the properties sound money requires (including transaction privacy, which standard treatments omit), fiat money's systematic failures, the free banking alternative, the distinction between money proper and money substitutes, and what sound digital money would require. Chapters 18 through 19 apply this framework to Bitcoin specifically; the regression theorem debate and Bitcoin's privacy limitations are deferred to those chapters.^2^
9.1 The Market Origin of Money
Menger's Discovery
Carl Menger showed that money emerges through spontaneous market process.^3^ No government invented money. No social contract established it. Money arose through the independent actions of individuals seeking to enable exchange.
The problem is barter's double coincidence of wants.^14^ For direct exchange to occur, each party must want exactly what the other offers. A baker wanting shoes must find a shoemaker wanting bread. As economies develop and specialization increases, finding such coincidences becomes increasingly difficult.
The solution is indirect exchange. Individuals begin accepting goods they do not directly want but know they can trade further. A baker might accept cloth not to wear but because the shoemaker will accept cloth. The baker trades bread for cloth, then cloth for shoes, accomplishing through two exchanges what direct barter could not achieve.
Emergence of Money
Certain goods prove especially useful for indirect exchange. Menger identified the property of "salability": how readily a good can be exchanged for other goods. Highly saleable goods become preferred media of exchange.
Salability depends on divisibility (can the good be divided for small transactions?), durability (does the good maintain value over time?), portability (can the good be transported efficiently?), and recognizability (can the good be readily identified and verified?).
Goods with superior salability, historically precious metals, become generally accepted media of exchange. Money emerges: not by decree but by market selection.
Stages of Monetary Development
Menger identified a progression from direct barter (where exchange is limited by double coincidence of wants) through indirect exchange (where superior goods are accepted for further trade) to general acceptance (where the most saleable good becomes universally accepted) and finally to unit of account status (where money becomes the standard for pricing and calculation). This progression occurs through individual choices, not collective decision. Each person, seeking easier exchange, gravitates toward goods others will accept. The result is spontaneous convergence on money.
9.2 The Regression Theorem
The Problem of Monetary Value
How does money acquire value? Ordinary goods are valued for their direct use, but money is valued for its exchange power, which itself depends on money's value. The reasoning seems circular.
Mises resolved this through the regression theorem:^4^ Money's current value depends on its expected future purchasing power, which depends on yesterday's purchasing power. The chain regresses to the point when the money commodity was valued for non-monetary uses.
Gold was valued for jewelry and ornament before it was money. Silver had industrial and decorative uses. Cattle served as food and labor before serving as money. Each successful money began as a commodity valued for direct use, then acquired additional monetary demand through its salability.
Application to Novel Moneys
The regression theorem raises questions about new moneys that never had non-monetary use. If money must trace back to prior commodity value, how can a novel money emerge? This question has divided Austrian economists, and the debate remains unresolved.^5^
Some scholars argue that novel digital moneys cannot satisfy the theorem. On this view, money must emerge from a commodity with prior use-value; digital assets lacking physical commodity backing cannot become true money but only function as media of exchange built on top of existing fiat money.
The opposing view holds that the theorem's requirements are satisfied by subjective valuation of any kind. The subjective theory of value, foundational to Austrian methodology, holds that value exists only in the minds of valuing individuals. The theorem establishes that money's current value traces back to prior valuations, but those prior valuations themselves derive from individual subjective assessments, not from objective commodity properties. If first valuers had any reason for valuing, and that value was transmitted through market exchange, the regression chain can begin. Praxeology provides no basis for declaring some subjective valuations legitimate and others illegitimate.
A further interpretive point separates the theorem's explanatory power from metaphysical necessity. The theorem explains how money typically emerges through market process, showing that monetary value need not be decreed by authority. It does not necessarily restrict which goods can become money if market participants choose to value them.
This book adopts the subjective value interpretation. The question remains contested within Austrian economics, and thoughtful scholars disagree. The theorem's core insight, that money emerges through market process and not by decree, is not in dispute. The open question is whether digital assets with no prior physical commodity use can satisfy the theorem's requirements, or whether they constitute a novel phenomenon that expands monetary theory. Chapter 19 applies this framework to Bitcoin specifically.
9.3 Sound Money Properties
Sound money has properties enabling it to serve economic coordination. These properties derive from money's functions, not from arbitrary preference.^6^
The Three Classical Functions
Money serves three functions, and each function imposes requirements on the medium that performs it.
As a medium of exchange, money must be acceptable in trade. Trading partners need to verify authenticity without specialized equipment, which requires recognizability and makes counterfeiting costly. The medium must subdivide for transactions of any size, since indivisible money limits exchange. And it must be transportable relative to its value; a high value-to-weight ratio enables larger transactions and reaches farther.
As a store of value, money must preserve purchasing power over time. Physical money must resist degradation and digital money must resist data loss, which together amount to durability. Supply must be predictable, because arbitrary inflation destroys the store-of-value function regardless of the medium's other merits. And the holder must be able to resist confiscation, because money that can be seized at will offers poor storage no matter what its monetary properties are in the abstract.
As a unit of account, money must enable economic calculation. Value must be reasonably stable for prices to convey information; wild fluctuations corrupt the price signals that coordinate production and exchange. Units must be interchangeable, because money whose value varies with its history complicates calculation at every step and defeats it.
Privacy as a Sound-Money Property
Transaction privacy is a sound-money property often overlooked in standard treatments but implied by the others. As Chapter 7 established, exchange functions best when parties control disclosure; money that exposes all transactions distorts voluntary coordination. Money that enables third-party monitoring also enables third-party interference, and money whose units can be distinguished and discriminated against loses the fungibility that calculation requires. Privacy is therefore not a separate desideratum bolted onto the medium-of-exchange function; it is a condition under which the other three functions continue to work.
Physical cash exhibits this property natively: transactions leave no automatic record. The absence of records is not a bug but a feature enabling voluntary exchange without surveillance. Digital money that forfeits this property forfeits more than privacy. It forfeits some of the monetary capacity the privacy protected.
9.4 Fiat Money and Its Problems
What Fiat Money Is
Fiat money is money by government decree. It has no commodity backing. Its value derives from legal tender laws requiring its acceptance and from tax obligations payable only in fiat currency.
Modern fiat currencies (dollar, euro, yen) exemplify this: paper and digital entries with value because governments say so and enforce accordingly.
The Inflation Problem
Fiat money enables unlimited supply expansion. Central banks create money at will, subject only to political constraints. This creates systematic problems.^7^
New money enters the economy through specific channels such as bank lending and government spending. First recipients spend at old prices; later recipients face inflated prices. This mechanism transfers wealth from later to earlier recipients. When prices rise unpredictably, businesses cannot distinguish real demand changes from monetary distortion, and resources flow to inflation-favored sectors instead of consumer-preferred uses, corrupting economic calculation. Inflation punishes savers whose purchasing power declines while rewarding debtors whose obligations shrink in real terms, thereby discouraging capital accumulation. Artificial credit expansion creates unsustainable booms followed by necessary busts; malinvestment during expansion must be liquidated during contraction, generating the business cycle.
The Surveillance Problem
Fiat money in its modern form is surveilled money. Digital fiat transactions are recorded, reported, analyzable, and controllable: banks maintain complete histories as a matter of ordinary operation, regulations require disclosure to government agencies at falling thresholds, pattern analysis extracts personal information from the resulting flows, and accounts can be frozen or transactions blocked at the direction of authorities the holder does not choose.
This surveillance capability has expanded dramatically through Know Your Customer (KYC) requirements,^15^ Anti-Money Laundering (AML) monitoring, automatic information sharing between jurisdictions,^16^ and lower transaction reporting thresholds that capture ever more transactions.
The result is simple: fiat money use generates full surveillance records. Privacy in economic life requires alternatives to surveilled fiat systems.
The Control Problem
Fiat money enables economic control at several scales. Authorities can freeze accounts and prevent individuals from accessing their own money; they can block specific payments; they can deny financial access entirely through deplatforming; and through sanctions they can exclude entire nations from payment networks. Each capability rests on the same fact: the money is a claim on an intermediary the state can reach.
This control can be used against criminals but also against dissidents, journalists, activists, and anyone disfavored by those with control. Fiat money is permission-based money: you may transact if authorities allow.
9.5 Free Banking vs. Central Banking
The Free Banking Alternative
Free banking is competitive money and banking without central bank monopoly.^8^ Multiple banks issue their own notes, competing for customers based on reliability and service.
Historical examples (Scotland 1716-1845, Canada before 1935) suggest free banking systems were more stable than central banking, with fewer crises and better customer service. This assessment, associated with Lawrence White and George Selgin, is contested within Austrian thought; Murray Rothbard and others favored 100% reserve banking over fractional reserve free banking.^9^ Market discipline prevented excessive risk-taking; banks that overissued lost customers to more conservative competitors.
Free banking preserves privacy through competition. Banks serve customers; customers who value privacy choose privacy-respecting banks. No single authority can impose surveillance across all financial activity.
Central Banking Problems
Central banking replaces market competition with monopoly, and several problems follow from the replacement. A single point of failure emerges, because one institution's errors affect the entire economy at once. Political capture follows, because monetary policy then serves political ends instead of economic ones. Moral hazard develops when banks take excessive risks knowing central banks will bail them out. And a single regulatory framework enables standardized surveillance and full monitoring.
The transition from competitive to central banking, completed in most countries by mid-twentieth century, replaced market-based money with politically controlled money, with corresponding privacy losses.
9.6 Money Proper vs. Money Substitutes
Austrian monetary theory distinguishes between money proper and money substitutes.^10^
Money proper is base money: the final means of payment requiring no further redemption. Gold coins in hand are money proper. You possess the value directly. No issuer exists to trust, no counterparty who must perform, no claim to be honored.
Money substitutes are claims against money proper. A bank note promising gold on demand is a money substitute. A bank account balance is a money substitute. The holder possesses not the money itself but a promise from an issuer.
Money substitutes carry counterparty risk. The holder must trust that the issuer exists, holds the reserves promised, will honor redemption requests, and cannot be prevented from honoring them. When issuers fail, are shut down, or refuse redemption, money substitutes become worthless regardless of whether the underlying money proper still exists.
This distinction matters for digital money. Every digital currency before Bitcoin was a money substitute: a claim against an issuer maintaining account balances. E-gold accounts were claims on gold held by a company, Liberty Reserve balances were claims against that company's bookkeeping, and DigiCash tokens were claims validated by a central server. When these issuers were shut down, users lost everything.^11^ The failure was inherent: money substitutes require trusted issuers, and trusted issuers are vulnerable.
The challenge for sound digital money: can a digital asset be money proper, not a money substitute? Can it be the thing itself, not a claim?
The Current Monetary Architecture
The money proper/money substitutes distinction illuminates today's fiat monetary structure.
Base money (money proper) exists in two forms. Physical cash is base money that the general public can hold directly. Central bank reserves are also base money, but they are accessible only to commercial banks and governments. Ordinary citizens cannot open accounts at the Federal Reserve^17^ or European Central Bank.^18^
What citizens hold in bank accounts is not base money but money substitutes: claims against commercial banks. Your bank balance is an IOU from the bank, not base money itself. This is why bank failures destroy depositors' balances even though the underlying base money still exists.
This architecture creates a buffer between state and citizen. The central bank issues base money to commercial banks; commercial banks issue money substitutes to citizens. Citizens interact with the monetary authority only indirectly, through private institutions. Chapter 10 examines how Central Bank Digital Currencies would eliminate this buffer by giving citizens direct base money balances at the central bank, with direct consequences for surveillance and control.
9.7 Digital Money Requirements
What would sound digital money require? Austrian monetary theory suggests several criteria.^12^
Sound digital money requires decentralized verification: solving the double-spending problem without trusted third parties, with no single point that can be captured, corrupted, or coerced, and with verification distributed among participants instead of concentrated in one authority.
Digital scarcity through rivalrousness is essential for property rights to apply, and it is where digital money diverges from ordinary digital information. Units must be rivalrous, which means one person's possession excludes another's. Physical goods are naturally rivalrous, while digital information is not. Solving double-spending creates rivalrousness: if the same token cannot be spent twice, possession becomes exclusive, and only then can property rights emerge. Without rivalrousness, digital tokens remain information, freely replicable and incapable of serving as property.
Distinct from scarcity itself is the requirement for transparent and immutable supply. Sound digital money requires that total supply and issuance rules be transparent, verifiable, and not subject to unilateral change by any third party. This differs from fiat money, where supply decisions are opaque and policy changes sit at central bank discretion. Transparency enables rational economic calculation in ways opaque monetary policy cannot.
User-defined rules invert the traditional model where money systems impose rules from above and users comply or leave. In sound digital money, each participant defines, verifies, and enforces the rules they accept. Running a full node means validating every transaction against self-chosen rules. Consensus emerges from participants independently converging on compatible rules, not from authority imposing uniformity. The rules are what the network enforces, not what some authority declares. Changes require convincing users to adopt new software; the default is the status quo.
Sound digital money must also be permissionless, privacy-preserving, censorship-resistant, and voluntarily adopted. Permissionless access means no gatekeeper controls use. Transaction privacy means verification is possible without automatic surveillance, with users controlling what is revealed. Censorship resistance means transactions execute whenever the protocol's rules are met; no third party can permit or deny. Voluntary adoption means the system emerges through market process and validates its value through exchange.
9.8 Bridge to Bitcoin
Chapters 18 through 19 examine Bitcoin as an implementation of these requirements. Here we note the basic contours of that analysis.
Bitcoin attempts to satisfy monetary theory requirements through decentralized verification via proof-of-work consensus,^19^ digital scarcity through solving double-spending, transparent and immutable supply through protocol rules enforced by every node, and user sovereignty through each participant independently validating the rules they accept. Bitcoin does have privacy limitations: basic Bitcoin transactions are pseudonymous but not anonymous, chain analysis can link transactions to identities,^20^ and privacy requires additional tools discussed in Chapter 20.
Chapter 19 also develops the regression theorem analysis for Bitcoin specifically, examining how the subjective value framework applies to its emergence as money.
Chapter Summary
Money emerges through market process, not government decree. Menger showed that individuals seeking to overcome barter's double coincidence of wants naturally converge on goods with superior salability, and the spontaneous emergence explains money's origin without central planning. Sound money has properties derived from its three functions, medium of exchange, store of value, unit of account, and transaction privacy belongs with the others: money that exposes all transactions distorts the voluntary coordination the other properties exist to support.
Fiat money creates systematic problems the Austrian tradition has documented for a century. Unlimited supply expansion transfers wealth from later to earlier recipients, corrupts the calculation on which production depends, destroys savings, and generates the business cycle. Modern fiat is also surveillance money, generating transaction records that enable monitoring and control. The distinction between money proper and money substitutes illuminates the current architecture: physical cash is the only base money citizens can hold directly, while account balances are claims on commercial banks that can be frozen, seized, or denied under legal pressure the bank cannot refuse. Chapter 10 examines what happens when the state tries to remove that buffer through central bank digital currencies.
Digital money can restore the properties fiat has lost. The requirements, decentralized verification, digital scarcity through rivalrousness, transparent and immutable supply, user-defined rules, permissionless access, transaction privacy, censorship resistance, are what Chapters 18 through 20 assess for Bitcoin specifically, including its real privacy limitations. The regression theorem's application to novel digital money remains contested within Austrian economics; this book adopts the subjective-value interpretation while leaving the underlying question open. And the chapter critiques fiat's systematic problems while granting its medium-of-exchange function.^13^
Endnotes
^1^ Nicolaus Copernicus, Monete Cudende Ratio (On the Minting of Money, 1517; sometimes titled Monetae Cudendae Ratio). English translation in Nicholas Copernicus, Minor Works, trans. Edward Rosen and Erna Hilfstein (Baltimore: Johns Hopkins University Press, 1992; Warsaw: Polish Scientific Publishers, 1985). Written decades before Sir Thomas Gresham formulated "bad money drives out good," Copernicus identified both the quantity-theory principle behind currency debasement and what would later be called Gresham's Law. For the canonical modern Austrian treatment the chapter draws on, see Mises, Human Action (cited at Chapter 3, note 1), 398 and part IV.
^2^ Accessible book-length treatments covering the arc from commodity money to fiat to digital money: Saifedean Ammous, The Bitcoin Standard (Hoboken, NJ: John Wiley & Sons, 2018); Nik Bhatia, Layered Money (Self-published, 2021); Lyn Alden, Broken Money: Why Our Financial System Is Failing Us and How We Can Make It Better (Timestamp Press, 2023). Each approaches the same arc from a different angle: Ammous from Austrian monetary theory, Bhatia from the layered structure of monetary systems, Alden from monetary history and macro.
^3^ Carl Menger, "On the Origin of Money," Economic Journal 2, no. 6 (1892): 239-255. See also Menger, Principles of Economics (cited at Chapter 3, note 5), chapter 8.
^4^ Ludwig von Mises, The Theory of Money and Credit, trans. H. E. Batson (Indianapolis: Liberty Fund, 1981 [1912]), 97-123. See also Mises, Human Action (cited at Chapter 3, note 1), 408-416.
^5^ For skeptical views on Bitcoin and the regression theorem, see Frank Shostak, "The Bitcoin Money Myth," Mises Daily (April 17, 2013), https://mises.org/mises-daily/bitcoin-money-myth. For defenses of Bitcoin's compatibility with the theorem, see Peter Šurda, "Economics of Bitcoin: Is Bitcoin an Alternative to Fiat Currencies and Gold?" (master's thesis, Vienna University of Economics and Business, 2012); Konrad Graf, "On the Origins of Bitcoin: Stages of Monetary Evolution" (2013), https://konradsgraf.com; Eric Voskuil, "Regression Fallacy," in Cryptoeconomics (cited at Chapter 5, note 1), https://github.com/libbitcoin/libbitcoin-system/wiki/Regression-Fallacy. For a recent synthesis, see Laura Davidson and Walter Block, "Bitcoin, the Regression Theorem, and the Emergence of a New Medium of Exchange," Quarterly Journal of Austrian Economics 18, no. 3 (2015): 311-338.
^6^ On sound money properties, see Mises, The Theory of Money and Credit (cited in note 4 above), Part I; Murray N. Rothbard, What Has Government Done to Our Money?, 5th ed. (Auburn, AL: Ludwig von Mises Institute, 2010), chapters 1-3.
^7^ On fiat money problems, see Rothbard, What Has Government Done to Our Money? (cited in note 6 above); Jörg Guido Hülsmann, The Ethics of Money Production (Auburn, AL: Ludwig von Mises Institute, 2008); Hans-Hermann Hoppe, "How Is Fiat Money Possible? or, The Devolution of Money and Credit," Review of Austrian Economics 7, no. 2 (1994): 49-74.
^8^ On free banking, see Lawrence H. White, Free Banking in Britain: Theory, Experience and Debate, 1800-1845, 2nd ed. (London: Institute of Economic Affairs, 1995); George A. Selgin, The Theory of Free Banking (Lanham, MD: Rowman & Littlefield, 1988).
^9^ For the Rothbard critique of fractional reserve free banking, see Murray N. Rothbard, The Mystery of Banking, 2nd ed. (Auburn, AL: Ludwig von Mises Institute, 2008), and "The Case for a 100 Percent Gold Dollar," in In Search of a Monetary Constitution, ed. Leland Yeager (Cambridge, MA: Harvard University Press, 1962). The debate between 100% reserve advocates (Rothbard, Jesús Huerta de Soto) and fractional reserve free bankers (White, Selgin) remains unresolved within the Austrian tradition.
^10^ On money proper vs. money substitutes (also called fiduciary media), see Mises, The Theory of Money and Credit (cited in note 4 above), Part II, chapters 1-3; also Mises, Human Action (cited at Chapter 3, note 1), 432-444.
^11^ E-gold operated from 1996 until indictment in 2007 and shutdown in 2009 (United States v. E-Gold, Ltd., D.D.C. 2008). Liberty Reserve operated from 2006 until U.S. seizure in May 2013 (United States v. Liberty Reserve S.A., S.D.N.Y. 2013). DigiCash, founded by David Chaum in 1989, filed for bankruptcy in 1998. On Chaum's earlier untraceable-payments work, see Chaum, "Untraceable Electronic Mail, Return Addresses, and Digital Pseudonyms" (cited at Chapter 2, note 6).
^12^ For application of Austrian monetary theory to digital money, see Ammous, The Bitcoin Standard (cited in note 2 above); Eric Voskuil, Cryptoeconomics: Fundamental Principles of Bitcoin (cited at Chapter 5, note 1).
^13^ Further reading on monetary theory, for the reader coming to this chapter from outside the Austrian tradition. The indispensable primary source is Mises, The Theory of Money and Credit (cited in note 4 above), the foundational Austrian treatment that first applied Menger's marginalism to money. Mises's later work Human Action (cited at Chapter 3, note 1), parts III-IV, integrates monetary theory with the full praxeological framework. Rothbard, What Has Government Done to Our Money? (cited in note 6 above), is the shortest introduction; The Mystery of Banking (cited in note 9 above) is the longer practitioner treatment. Jesús Huerta de Soto, Money, Bank Credit, and Economic Cycles, 3rd ed. (Auburn, AL: Ludwig von Mises Institute, 2012), https://mises.org/library/money-bank-credit-and-economic-cycles, is the broadest contemporary Austrian treatment of money and banking. For the free-banking side, Lawrence H. White, The Theory of Monetary Institutions (Oxford: Blackwell, 1999), and Selgin, The Theory of Free Banking (cited in note 8 above) are the reference works. For narrative history, Murray N. Rothbard, A History of Money and Banking in the United States (Auburn, AL: Ludwig von Mises Institute, 2002), and Vera C. Smith, The Rationale of Central Banking and the Free Banking Alternative (Indianapolis: Liberty Fund, 1990 [1936]), cover the institutional history. For the monetary-regression side, see Menger, "On the Origin of Money" (cited in note 3 above), and its application to Bitcoin in Šurda, "Economics of Bitcoin" (cited in note 5 above), and Graf, "On the Origins of Bitcoin" (cited in note 5 above). For the opposing school worth serious engagement: Milton Friedman and Anna J. Schwartz, A Monetary History of the United States, 1867-1960 (Princeton, NJ: Princeton University Press, 1963), is the foundational monetarist empirical work; Milton Friedman, A Program for Monetary Stability (New York: Fordham University Press, 1960), is the shortest policy statement; John Maynard Keynes, A Tract on Monetary Reform (London: Macmillan, 1923), provides the opposing tradition's monetary analysis; for contemporary heterodox monetary thought, Perry Mehrling, The New Lombard Street: How the Fed Became the Dealer of Last Resort (Princeton, NJ: Princeton University Press, 2011), explains the modern institutional structure that Austrian theory critiques.
^14^ W. Stanley Jevons, Money and the Mechanism of Exchange (London: Kegan Paul, 1875), chapter 1. Jevons coined the phrase "double coincidence of wants" and gave the first systematic account of why barter fails at scale; Menger's independent discovery of money's market origin (cited in note 3 above) provides the complementary supply-side analysis.
^15^ Bank Secrecy Act, Pub. L. 91-508, 84 Stat. 1114 (1970), codified at 31 U.S.C. §§ 5311-5336. The BSA established the foundational KYC and AML reporting framework in the United States, requiring financial institutions to maintain transaction records and file Currency Transaction Reports (CTRs) for cash transactions above $10,000 and Suspicious Activity Reports (SARs) for unusual patterns. For current FinCEN implementation guidance, see U.S. Department of the Treasury, Financial Crimes Enforcement Network, https://www.fincen.gov.
^16^ Financial Action Task Force (FATF), International Standards on Combating Money Laundering and the Financing of Terrorism and Proliferation (Paris: FATF, 2012, updated 2023), https://www.fatf-gafi.org/en/topics/fatf-recommendations.html; OECD, Standard for Automatic Exchange of Financial Account Information in Tax Matters, 2nd ed. (Paris: OECD Publishing, 2017), https://doi.org/10.1787/9789264267992-en. The FATF Recommendations set the global KYC/AML standard adopted by over 200 jurisdictions; the OECD Common Reporting Standard (CRS) operationalizes automatic cross-border financial account data exchange, giving states full visibility into citizens' foreign holdings.
^17^ Federal Reserve Act, Pub. L. 63-43, 38 Stat. 251 (1913). The Federal Reserve Act established the U.S. central banking system, creating the Federal Reserve Board and twelve regional Federal Reserve Banks. Reserve accounts at the Fed are accessible only to member commercial banks and certain other depository institutions, not to the general public. For the Federal Reserve's current account access policy, see Board of Governors of the Federal Reserve System, https://www.federalreserve.gov.
^18^ Treaty on the Functioning of the European Union, art. 282 (2007); Protocol No. 4 on the Statute of the European System of Central Banks and of the European Central Bank. The ECB was established by the Treaty of Maastricht (1992) and began operations in 1998; like the Federal Reserve, it maintains reserve accounts for eurozone credit institutions but not for natural persons or non-financial entities. European Central Bank, https://www.ecb.europa.eu.
^19^ Satoshi Nakamoto, "Bitcoin: A Peer-to-Peer Electronic Cash System" (2008), https://bitcoin.org/bitcoin.pdf. Section 4 introduces proof-of-work as the mechanism for achieving distributed consensus without a trusted third party; the cumulative-work chain replaces the need for a central authority to order transactions and thereby solves double-spending. This is the foundational technical document for all subsequent analysis of Bitcoin as a monetary system.
^20^ Sarah Meiklejohn et al., "A Fistful of Bitcoins: Characterizing Payments Among Men with No Names," Proceedings of the 2013 Internet Measurement Conference (ACM, 2013), https://dl.acm.org/doi/10.1145/2504730.2504747. Meiklejohn et al. showed that Bitcoin's public blockchain allows heuristic clustering of addresses by common-input-ownership, enabling de-anonymization of a significant fraction of transactions through graph analysis, the foundational academic result establishing that pseudonymity differs materially from anonymity.
<- **Previous: Privacy as Capital** |
-> Next: Financial Surveillance and the State | Article
The Praxeology of Privacy -- third edition. New chapters publish daily at 1600 UTC.