Appendix J. What Changed Across Releases

Jason St George. "Appendix J. What Changed Across Releases" in Next Generation Stores of Value: Privacy, Proofs, Compute. Version v1.9. /v/1.9/read/appendix/j-release-history/

What Changed Across Releases

This appendix records what each version added, in the words used when it was added. It is release history, not argument: nothing here is required to read the thesis, and no claim depends on it. It is kept because a document that revises itself in public should say what it revised.

v1.2 additions: Layer 0 now includes Facility Capacity Receipts (§14: Layer 0: Verifiable Machines & Energy) and Physical VerifyPrice (§19: Layer 4: Truth & Work); Layer 6 telemetry now includes the Wrapper Dominance Board and Agency Preservation Board (§23: Extended Telemetry). A new political-economy thread runs through Part I: the Treasury Market as Control Panel (§2: The World Forces New Monetary Primitives), the Participation Line (§2: The World Forces New Monetary Primitives), Administrative Repression (§4: Threat Model), and AI Homestead vs. Enclosure (§4: Threat Model), culminating in a ninth SoV requirement, agency preservation (§3: First Principles: What a SoV Must Survive), and the closing frame Equip, Don’t Manage (§32: Conclusion: A Bell Labs for Privacy, Proofs, and Compute).

v1.3 additions: A thread that runs around the stack rather than through it. The Market Realization Plane (§10: Work Credits: Energy-Anchored Claims) models how external financial wrappers—ETFs, treasury companies, custodians, derivatives, dealers, and systematic allocation rules—represent claims on the native asset, and Corollary §10: Work Credits: Energy-Anchored Claims establishes that price appreciation and monetary adoption imply each other in neither direction. This adds a fourth verification family, VerifyFlow (§23: Extended Telemetry), a corresponding public board, a compositional adversary class that requires no hostile actor (§4: Threat Model), a third boundary tension between institutional holdability and native monetary function (§4: Threat Model), a split of allocator adoption into native (Phase II-A) and wrapper-led (Phase II-B) paths, Market Realization Warnings distinct from monetary red lines (§27: Risk Analysis & Failure Modes), and the formal flow model in Appendix H: Formal Model of Market Realization, Wrapper Flows, and Price Capture. Readers who want only the conceptual payload can read §10: Work Credits: Energy-Anchored Claims and §32: Conclusion: A Bell Labs for Privacy, Proofs, and Compute and skip the appendix entirely.

v1.4 additions: A thread that runs beneath the stack. Where v1.3 asked who captures the value, v1.4 asks what the substrate depends on. Layer 0 already instrumented physical fragility; it did not argue it. Three additions close that gap. Energy & Physical Interdiction (§4: Threat Model) adds an adversary class that raises the cost of verification without prohibiting anything—curtailment, tariff discrimination, interconnection denial, load prioritization—and separates the verification-side exposure (reference-hardware obtainability) from the proving-side exposure (bulk power), which behave differently and are routinely conflated. Sovereign Optionality (§14: Layer 0: Verifiable Machines & Energy) aggregates existing Facility Capacity Receipt fields into a single published exposure, feeding risk haircuts so that issuance discipline extends from “we cannot see this facility” to “we can see it clearly and it is fragile.” Red Line 13 makes the dependency falsifiable: Physical VerifyPrice SLOs are exogenous to token price, as claimed, but not to the conditions under which power and hardware are obtainable—which means the hinge is externally triggerable, and should be monitored upstream rather than discovered at the hinge. §14: Layer 0: Verifiable Machines & Energy resolves the resulting tension between demanding cheap verification and expensive redundancy via disruption-adjusted VerifyPrice, with resilience explicitly subordinate to the affordability hinge. Finally, §29: The Closed Sovereign Stack adds the case the thesis previously argued only in the abstract: a state-scale closed sovereign stack that validates the Layer 0 premise while inverting who ends up sovereign, plus three objections it provokes (§30: Objections & Responses, §30: Objections & Responses).

v1.5 additions: No new claims—this version makes the existing argument findable and harder to misread. An audit found that the thesis had accumulated excellent parts that the reader was left to assemble alone, so v1.5 adds a spine rather than a thread. The seven premises that had lived only on the project site are now stated in the document (§0: Introduction), and §6: The Triad and the Monetary Candidate walks the full conditional chain in one place: each of the seven links, where it is defended, and the condition that would sever it—closing with §6: The Triad and the Monetary Candidate, which rates our own argument link by link and marks two links medium rather than claiming uniform confidence. §0: Introduction opens with reading paths so an allocator, a builder, or a skeptic can skip the cultural preamble and go straight to the load-bearing material. The Abstract and Executive Memo now say plainly what was previously implicit: that the hinge is externally triggerable, and that the competitor to an open stack is a competent closed one rather than fiat. §30: Objections & Responses is regrouped from a flat list into monetary, infrastructure, political, and market-structure blocks, so the strongest objection is no longer the twelfth item in an arbitrary sequence. §21: The Modular Stack maps each reference application to the layers it exercises, the boards it reports to, and the red lines it would trip—which incidentally shows that shipping applications cannot catch Red Lines 4 and 8. §13: SoV Evaluation Framework gains a physical-sovereignty question kept deliberately separate from the legibility question, because a facility can be perfectly transparent about being fragile. §10: Work Credits: Energy-Anchored Claims now walks all nine SoV requirements rather than the first seven, since the two it omitted—non-bypassability and agency preservation—are the two a merely useful capacity token would fail.

v1.6 additions: A dependency the thesis had described but not named. Where v1.4 asked what the substrate depends on, v1.6 asks what the incumbent order depends on—and finds a reflexive circuit rather than a hierarchy. The collateralized sovereign stack (§2: The World Forces New Monetary Primitives) is the diagnosis: a state’s effective fiscal capacity now depends on the market value of the asset complexes it regulates, so asset prices, receipts, fiscal room, and Treasury functioning support each other recursively and fail together. §2: The World Forces New Monetary Primitives identifies who actually clears the paper—leveraged, basis-sensitive intermediaries rather than patient foreign reserve managers—and separates sovereign credit safety from collateral stability, which are routinely conflated and behave differently under stress. §4: Threat Model adds a fourth adversary class, enclosure by rescue: a state need not seize a firm it can simply protect, once that firm has become fiscally load-bearing. §10: Work Credits: Energy-Anchored Claims extends the Market Realization Plane with numeraire-dependence, since a measured price path is jointly determined by the asset and the unit it is measured in. §29: The Closed Sovereign Stack reports that the doctrine of §29: The Closed Sovereign Stack is now arriving in the West as well, so the thesis faces two state-key stacks rather than one, and §29: The Closed Sovereign Stack separates open weights from open sovereignty—released weights confer neither independent power, hardware, data, communications, privacy, nor settlement. Material that could not be verified to the standard the body requires is quarantined in Appendix I: Scenario Analysis: The Collateral Loop Under Stress, which is labelled non-load-bearing and lists what was excluded and why. Nothing was renumbered: Layers 0–6 are unchanged, and no red line or value-capture condition depends on any macro claim added here.

v1.7 additions — the fee-level argument and a relocated monetary claim. This entry and the one that follows it record subtractions rather than additions, and both landed after the v1.6 artifact was frozen—a reader checking the v1.6 PDF will not find them there. The §10: Work Credits: Energy-Anchored Claims’s five conditions all govern where fees go; none governs how large they can be. §10: Work Credits: Energy-Anchored Claims closes that gap and does not like all of the answer. A protocol fee is a wedge on turnover rather than a claim on residual profit, so a contestable market can be taxed and operator margin compression is irrelevant to fee revenue—but the sustainable fee is bounded by the marginal buyer’s willingness to pay for the protocol’s differential properties, net of the fact that verified compute costs more to produce, and that willingness is probably thin wherever a creditworthy, suable indemnitor substitutes for a proof. Bypass is accordingly a magnitude rather than a binary, and two bypass channels were not being counted: partial bypass at the intensive margin, and a fork of the protocol with a lower fee and no burn. The consequence is that fees, burns, and collateral establish a competitively priced cash-flow claim and a balance-sheet floor—both discounted-cash-flow quantities—and not a monetary premium. §10: Work Credits: Energy-Anchored Claims relocates the monetary claim to the state-contingency of that differential value, separating two mechanisms that had been run together: the countercyclicality of the fee stream, which is a negative-beta discount-rate effect a discounted-cash-flow valuation captures exactly and which is therefore conceded to confer no moneyness; and a holder-side service flow, which is not a distribution at all and so has no stream to discount. The second is where the monetary claim now lives. It is then discounted honestly: the states where the hedge is most valuable are the states where the protocol’s ability to supply is most impaired. The mechanism is standard; its magnitude is unsized and is presented as unsized. §10: Work Credits: Energy-Anchored Claims shows collateral is unit-elastic in price, bounded by an accounting identity to large-cap-equity magnitudes, and subject to wrong-way risk no red line previously covered. Two chain-strength self-ratings were reduced accordingly (§6: The Triad and the Monetary Candidate), and Red Line 14 makes the fee-level question falsifiable, bringing the published count to fourteen.

Also in v1.7 — the Bitcoin objection, and a correction to how this document talked about proof-of-work. The objections chapter answered gold and did not answer Bitcoin, which for a store-of-value thesis is the more consequential omission. §30: Objections & Responses now opens the monetary block and concedes more than is comfortable: Bitcoin already satisfies the requirements set out here, on a fifteen-year record, through a work function with no external buyer — and that absent buyer is the source of its objectivity, not an inefficiency. Proof-of-useful-work weakens it. The thesis’s actual claim is narrower than earlier drafts implied: not that a better money is available, but that Bitcoin does not by itself supply portable attestation or verified compute, that these are separate goods with separate demand, and that whether they carry monetary premium or price as services is open and measurable. Passages in Parts I, II, III, V, and VI that described SHA-256 work as “waste” or “heat” have been rewritten to state the trade honestly—monetary objectivity exchanged for capacity relevance—and a succession framing running from Part I to the conclusion has been made non-hierarchical, since the thesis claims a different function rather than a later stage. What losing to Bitcoin would look like is specified as Service-Good Realization (§27: Risk Analysis & Failure Modes), and is deliberately filed as a market realization warning rather than a fifteenth red line: its price-comparative clause cannot be a red line without breaking §10: Work Credits: Energy-Anchored Claims. The count stays at fourteen.

v1.8 additions — duration of the claim, duration of the project. A completeness amendment, not an architectural one. Layers 0–6 are not renumbered. §2: The World Forces New Monetary Primitives distinguishes duration of the claim from duration of the project: a repression-resistant store of value must remain duration-neutral, while civilization still requires a duration warehouse capable of holding the construction interval of plants, grids, and data centers. The two must not be the same instrument. §2: The World Forces New Monetary Primitives extends the residual-buyer account from leveraged intermediaries to automatic index flows that absorb less DV01 per dollar after a selloff. §29: The Closed Sovereign Stack names China’s directed banks as a duration warehouse and the Western bill-heavy book as sovereign maturity transformation. VerifyFlow gains a buyer-quality checklist, not a scalar index (§23: Extended Telemetry). A new objection, §30: Objections & Responses, concedes that neutral money does not finance the reactor and refuses to let proofs, Work Credits, or the native asset become a coupon by another name. Tactical bond-market claims are quarantined in Appendix I: Scenario Analysis: The Collateral Loop Under Stress.

v1.9 additions — deliverable service, monetary risk absorption, and architectural agnosticism. The core claim is narrowed: a bearer base asset may earn monetary premium only where the full service path remains stress-deliverable, native demand cannot bypass it, a persistent self-custodied loss-bearing constituency absorbs residual risk, and project credit remains separate. The steel-man expands to ten premises and the conditional chain to nine links. §6: The Triad and the Monetary Candidate adds the Topological Scarcity Lemma, the inverted-U Pressure–Capacity Corridor, and the Triad Coherence Test comparing one-token, neutral-reserve-plus-credit, and shared-settlement-plus-modular-collateral designs. §14: Layer 0: Verifiable Machines & Energy restores conversion throughput through scenario max-flow/min-cut, substitution latency, and common-cause dependency analysis; issuance is bounded by stress-adjusted DVC rather than nameplate capacity. §23: Extended Telemetry moves buyer quality into the monetary chain, while the public boards add common-cause and sponsor dependencies. §26: Adoption Curve & Ecosystem Dynamics separates four policy states without turning them into tactical forecasts. §27: Risk Analysis & Failure Modes compares three collateral models, and Red Line 15 makes the native collateral–capacity spiral measurable. §30: Objections & Responses specifies explicit proof-audited project credit with a constitutional prohibition on transferring par, redemption, or emergency-support promises to the base asset. Work Credits are reclassified as typed service claims; FCR, FER, and PIDL artifacts as evidence; project notes as duration-bearing credit; and LP/staking positions as derivatives or operating claims.

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