Crypto: Scarcity and the Case for Abundance

This White Paper addresses the structural limitations of both Bitcoin's and fiat's monetary design and introduces Good Money—and its practical implementation for El Salvador, Buen Dinero Coin (BDC)—as an abundance currency grounded in redeemable, real-world value, for use complementarily to existing fiat and crypto currencies, in the Salvadoran case the US dollar and Bitcoin. Its argument draws on Austrian monetary theory and on the empirical record of value stocks, and states its central claims as specific, numerical and thus falsifiable predictions, in line with Popper’s Theory of Science. Fiat money's core defect is the unlimited creation of money ex nihilo: the "money-surrogate" layer that inflates broad money (M2) and debases purchasing power through inflation. Bitcoin was, in effect, a counter to that M2 debasement—a fixed cap of twenty-one million coins that denies any issuer the power to conjure money from nothing. But because adjusting supply to real value would, on Nakamoto's 2009 reasoning, requires a trusted party, the quantity of Bitcoin was fixed and its value left to fluctuate. The fixed cap can therefore drive price in demand-driven periods, yet it cannot ratchet those gains into stored value, since no cash-flow-generating assets or other real-world store of value assets such as gold or silver back the temporary rise. Bitcoin's volatility confirms empirically that it does not store value, while its role drifted—contrary to its original design—from “peer-to-peer electronic cash” toward “digital gold,” leaving both the store-of-value base (M0) and the elastic medium-of-exchange layer (M1) unfilled. What scarcity-only misses, Austrian monetary theory supplies. As Menger showed, a money holds its value through marketability and stable monetary demand, not through a capped quantity alone; and it is subjective value, not momentary price, that a store of value must preserve. Good Money therefore anchors its base in intrinsic-value assets—publicly traded value stocks, the level to which markets converge over the long run—diversified so that no single company or sector shock dominates. The paper documents the empirical counterpart: across a forty-year record (1970–2010), a value-stock basket held its purchasing power through inflationary and deflationary cycles where fixed-scarcity and fiat benchmarks did not. Good Money completes this original Bitcoin design rather than replacing it. In its Salvadoran implementation, Buen Dinero (BDC) serves as redeemable base money (M0): a stable store of value and therefore good unit of account, fully reserved by a diversified basket of intrinsic-value stocks—and, locally, Salvadoran private equity funded through a 5% dilutive premium paid out to long-term locked holders at the expense of short term holders’ dilution—and kept redeemable by a smart-contract arbitrage engine, so that money supply adjusts automatically to demand while value stays anchored to real, productive assets, integrating Rothbard's full reserve and Hayek's redeemability principles. Around it, an elastic, self-liquidating credit layer (M1) denominated in Bitcoin—the Bitcredit Protocol developed by Hofkirchner—restores the medium-of-exchange function for the real economy, while Bitcoin is retained as the scarce, self-custodial settlement rail. Because the system expands only as real, redeemable value expands with it, monetary expansion is never dilutive or inflationary: every new unit is matched by new backing valued at liquidation value in M0 base units, so purchasing power is preserved. This is the disciplined, real-value peg Nakamoto lacked, achieved without a trusted central issuer—money that grows with demand yet resists the unbacked broad-money (M2) issuance Bitcoin was built to counter. Crucially, this trust does not rest on the good character of the system's operators. Privacy, governance, and Personal Data Continuity are secured by design, and every mission-critical component—from the ledger and redeemability logic to the stabilization rules—is open-sourced and adversarially tested, so the rules cannot be quietly changed. Grounded in Locke's separation of conscience from power—mirrored, as modern neuroscience finds, in the brain's two hemispheres—the design treats people as subjects rather than objects: hazard-proof vaults and self-custodial wallets anchor ownership in human rights, transforming digital money from a single volatile asset into a resilient, layered monetary system and, in its first application, a national currency for El Salvador. Applied there as a falsifiable—and thus scientific—test case in Popper's sense, the same double-redeemable M0/M1 monetary base makes dated, conditional predictions from a single assumption: that the Salvadoran state takes full ownership of the project. Self-financed on that basis—the state owns the operating company whose cash flow funds the reserve—and with the clock starting on the state's commitment, the design allows for paying back the country's IMF facility by year three, an early and risky prediction whose success would corroborate the Good Money theory or hypothesis, and El Salvador’s total public sovereign debt is fully cleared within ten years. Both predictions are precise enough to be refuted, and our theory will stand or fall under Popper's falsification criterion.