Print — Code Was Never Law — New Austrian Economics

Welcome to Issue #002 of The Dispatch. Each Monday, this letter takes one situation from the week's news and reads it through the lens of Carl Menger and Antal Fekete — paired with a foundational concept and a piece from the archive. If someone forwarded this to you, subscribe here.

The Lens

For sixteen years, Bitcoin's value proposition rested on a single sentence: your keys, your coins. The promise was unconditional. Whoever held the private keys controlled the corresponding bitcoin. No government, no bank, no protocol developer could override this. The cryptographic guarantee was the foundation; everything else was implementation detail.

In the past five weeks that sentence has been quietly stripped of its unconditional status, in plain sight, by the Bitcoin developer community itself.

On March 31, Google Quantum AI published research showing Bitcoin's secp256k1 elliptic curve could be broken with fewer than 500,000 physical qubits — a twentyfold revision downward of the timeline to Q Day. On April 7, Anthropic announced Project Glasswing, deploying its frontier Claude Mythos Preview model inside a partner cartel — Apple, Google, Microsoft, AWS, Nvidia, JPMorgan, and others — to find and patch cryptographic vulnerabilities across critical infrastructure. On April 15, Jameson Lopp and collaborators published BIP-361, a proposed soft fork that would permanently freeze approximately 5.6 million dormant Bitcoin worth over $420 billion in quantum-vulnerable addresses, including roughly 1.1 million BTC associated with Satoshi Nakamoto. On May 1, Paradigm researcher Dan Robinson countered with PACTs (Provable Address-Control Timestamps), a privacy-preserving alternative that would let dormant holders prove ownership without moving their coins.

The financial press is treating this as a technical debate among Bitcoin developers. It is not.

Lead Essay: The First Substrate-Layer Test

The four-event chronology is not a coincidental clustering. It is a coordinated phase change at the layer beneath Bitcoin's value proposition — the cryptographic substrate itself.

The framework anticipated this moment six weeks ago in The Cryptographic Marketability Premium, which argued that the saleability of every digital monetary claim depends on a cryptographic substrate whose integrity is not a permanent property of the system, but a property of the broader technological environment. That environment is now changing in ways the developer community cannot offset by choices internal to the protocol. The CMP — previously a theoretical concept observable through indirect proxies — is now visible as a $420 billion mass of Bitcoin whose saleability is being actively renegotiated under external pressure.

Both sides of the BIP-361 debate are structurally correct, and that is the problem. Lopp's position is rational: if a quantum computer becomes capable of deriving private keys from exposed public keys, the 5.6 million dormant Bitcoin in vulnerable addresses will be swept by whichever quantum-capable actor reaches the capability first. Protocol-level freezing is a lesser harm than allowing that transfer. The maximalist objection is also rational: protocol-level freezing of holder coins, even under extraordinary circumstances, is a confiscatory mechanism, and from the perspective of a holder whose coins are frozen, the experience is identical regardless of whether the network's intent was defensive or extractive. Both readings are correct because the structural conditions producing the choice are external to Bitcoin and irreducible by Bitcoin's own mechanisms.

This is structurally identical to the 1909 legal-tender decision Fekete identified as the most consequential pre-1914 monetary event: a privatized monopoly on a foundational monetary function, granted in response to a specific operational pressure, with consequences that compound regardless of the participants' intent.

The asymmetric defense gap is the tell. The Glasswing cartel — Apple, Google, Microsoft, AWS, Nvidia, JPMorgan, plus Anthropic — is precisely the set of institutions best positioned to manage the migration to post-quantum cryptography across the broader infrastructure stack. Bitcoin Core is not on that list. Bitcoin's specific cryptographic stack is not being audited or migrated by Glasswing infrastructure. When Q Day arrives, JPMorgan's depositors will be migrated to post-quantum standards through Glasswing-tier resources. The household holding self-custodied Bitcoin in 2026 has none of this. The migration burden is borne by individual holders, on a timeline determined by an external threat rather than by their own readiness.

Three plausible outcomes, none of which restores the pre-2026 saleability profile. First, successful migration with PACTs preservation — BIP-360 quantum-resistant addresses are activated, PACTs is standardized, dormant holders can prove ownership without moving coins, and the freeze becomes a defensive backstop rather than a confiscatory tool. Second, a hard split into "frozen" and "rescued" Bitcoin chains, each inheriting a partial saleability profile and dividing institutional support. Third, BIP-361 passes substantially as proposed, the freeze is implemented, and the protocol now contains a precedent-setting mechanism by which the developer community can freeze holder coins under specified circumstances. Code is law becomes your keys, your coins, conditional on the protocol's ongoing willingness to recognize them.

The framework treats the first outcome as desired but not most probable, the second as plausible and structurally ambiguous, the third as possible under time pressure. None of the three returns the asset to its 2024 saleability profile, because the substrate-layer event has occurred regardless of how it is resolved.

The maximalist response that "BIP-361 will never pass" misses the structural specifics. Even if BIP-361 is rejected, the structural pressure does not disappear. The next BIP, or the BIP after that, will arrive carrying the same concerns. The community can repeatedly reject specific proposals, but it cannot reject the structural reality that produced them.

→ Read the full analysis: Code Was Never Law: BIP-361, Mythos, and the End of Bitcoin's Founding Promise — The Forum

Concept in Focus: The Cryptographic Marketability Premium

The Cryptographic Marketability Premium (CMP) is the framework's extension of Menger's saleability concept into the digital era. Menger argued in 1892 that goods exist on a spectrum of marketability — the most marketable becomes money, and the least marketable becomes whatever the holder cannot easily exchange. That spectrum was, in his analysis, a property of the good itself relative to the social trust around it.

In the digital era, every monetary claim — from a Bitcoin balance to a stablecoin to a JPMorgan deposit — depends on a cryptographic substrate functioning as advertised. The CMP is the value differential between claims secured by a substrate the holder can trust and migrate, versus claims secured by a substrate the holder cannot. It is invisible during periods when all substrates are uniformly trusted. It becomes visible — abruptly — during periods when one substrate is exposed to external pressure that another is not.

Before 2026, the CMP was theoretical. After the March–May 2026 sequence, it is a measurable spread between Glasswing-tier institutional infrastructure (which migrates with cartel support) and self-custodied crypto (which migrates without it). The spread is the premium. The spread is what the BIP-361 debate is actually about.

The CMP rests on the same Mengerian foundation as every other monetary framework concept on this site: the saleability spectrum. The Atlas page on the Origin of Money walks through that foundation directly.

→ Deep dive: The Cryptographic Marketability Premium — The Forum

The Actionable

The substrate-layer event has specific, asymmetric implications for the household holding Bitcoin in 2026.

Audit your address types. Bitcoin held in Pay-to-Public-Key (P2PK), Pay-to-Public-Key-Hash (P2PKH) addresses where the public key has been revealed through a previous spend, or Taproot outputs is exposed both to the BIP-361 trajectory and to the underlying quantum threat. These are the address types the proposal targets.
Prepare to migrate to BIP-360 quantum-resistant addresses when available. This reduces both the protocol-freezing risk and the quantum-attack risk. The privacy cost — the migration creates a chain-analysis breadcrumb linking old and new addresses — is real but smaller than the substrate-layer risk it offsets. PACTs may eventually mitigate this, but the implementation timeline is not yet clear.
Reflect the structural change in position sizing. The framework does not predict price. It does observe that the long-term Mengerian saleability of Bitcoin in 2026 is meaningfully lower than it was in 2024, regardless of which of the three outcomes ultimately occurs. A rational allocator should reflect that in their position sizing relative to other monetary goods — gold, stablecoins with strong reserves, equities of high-quality businesses.
Watch the developer community's coordination, not the price. The political-economy decision about which outcome stabilizes will be made over the next 24–36 months. Signal sources include BIP-360 activation progress, the PACTs reference implementation, the response to subsequent quantum-computing milestones, and whether institutional custodians (Coinbase, Fidelity, BlackRock) signal support for migration tooling.

Educational content only — not investment advice.

From the Archive

"The 'forgotten questions' are belatedly being asked now. The present great financial crisis is not the outcome of some recent errors of commission or omission. Its ultimate cause goes back 100 years, to 1909. That was the year when France and Germany, in short succession after one another, enacted legal tender legislation making the note issue of the Bank of France and the Reichsbank legal tender in their respective jurisdictions. Without legal tender bank notes an all-out war could scarcely be fought."

— Antal Fekete, The New Austrian School of Economics (May 2010)

Fekete's argument throughout the 2010 essay is that the structural cause of the 2009 financial crisis was a substrate-layer decision made a century earlier — a decision whose consequences were invisible to its participants and irreversible by ordinary monetary policy. The BIP-361 debate is a substrate-layer decision of the same character. The participants are operating in good faith; the structural consequences will compound regardless. The framework's contribution is to make the choice visible while it is still being made.

→ Read the full essay in the Fekete Archive

Also This Week

New from The Forum: The Saleability Audit of Bitcoin — runs Menger's six saleability criteria against Bitcoin specifically, producing a profile that contradicts both maximalist and skeptical positions. The companion piece to this issue's lead essay.
Also new: Stablecoins, CBDCs, and the Privatization of the Digital Dollar — the third essay in the Cryptocurrency Trilogy, on Tether's $141B Treasury position as structurally analogous to 19th-century bank-note gold reserves.
Atlas: The Origin of Money — Menger's saleability spectrum, the foundation underneath the CMP and every other concept in this issue.
Toolkit: Gold Basis Monitor — live basis and co-basis tracking. The Mengerian Stress Index dashboard (see Forum Essay 12) is in spec; implementation work begins this month.