Appendix G. Glossary of Terms & Notation

Jason St George. "Appendix G. Glossary of Terms & Notation" in Next Generation Stores of Value: Privacy, Proofs, Compute. Version v3.2. /v/3.2/read/appendix/g-glossary/

Glossary of Terms & Notation

Triad
Privacy, Proofs, and Compute — three cryptographic service capacities that may support a monetary candidate. Whether they should share one asset is tested by the Triad Coherence Test, not assumed.

Triad Coherence Test
The test of whether the three triad services should share one asset at all. Privacy settlement, portable proof, and verified compute are different goods with different users, bottlenecks, collateral needs, political risks, and duration warehouses; a common asset is justified only if shared security, settlement, liquidity, and transaction-cost benefits exceed cross-subsidy, governance, and wrong-way-risk costs. Three architectures are under test — (A) one native monetary asset, (B) a neutral reserve plus service-specific credits, (C) shared settlement plus modular domain collateral — and none is pre-selected; Architecture A is a candidate, not the thesis. See §6: The Triad and the Monetary Candidate.

Conditional chain
The nine-link argument by which the thesis establishes its claim rather than asserting it: utility demand $\rightarrow$ standardized work $\rightarrow$ cheap-to-check receipts $\rightarrow$ stress-deliverable service $\rightarrow$ markets $\rightarrow$ fee flows $\rightarrow$ a scarce asset (only under non-bypassable accrual) $\rightarrow$ a persistent, self-custodied, loss-bearing, regime-responsive holder constituency $\rightarrow$ a possible store-of-value premium. Every arrow is a conditional; each link names where it is defended and what would sever it, and §6: The Triad and the Monetary Candidate rates them. Red Lines 1–15 read on links 2–8; Red Lines 16–18 read on link 9. See §6: The Triad and the Monetary Candidate.

VerifyPrice(W)
A public KPI vector measuring the cost and time to verify workload $W$. Canonical form $(p_{50,t}, p_{95,t}, p_{50,c}, p_{95,c}, \text{fail})$; the input and cost-vector tuples elsewhere are views of it (Appendix A: Formal Model of Verification Asymmetry & VerifyPrice).

VerifyReach(N,R)
Metrics for network reachability under censorship conditions.

VerifySettle(C)
Metrics for settlement success and safety on corridor $C$.

Value Capture Lemma
The bridge from service use to asset accrual: demand for triad capacity reaches the native asset only if five conditions hold—required fee medium, supply reduction via burns, collateral lockup, issuance discipline, and non-bypassability. It establishes a cash-flow claim and floor, not monetary premium. See §10: Work Credits: Energy-Anchored Claims.

$r(W)$
Verification overhead ratio: the maximum of the median time ratio and the median cost ratio, $r(W) = \max\bigl(p_{50,t}(W)/p^{\text{prod}}_{50,t}(W),\; p_{50,c}(W)/p^{\text{prod}}_{50,c}(W)\bigr)$, verification over production. Read against a modality band (M1: $10^{-3}$; M2: $10^{-2}$; M3: no ratio target), with the legacy $0.3$ ceiling retained as an engineering floor on which no monetary claim reads. See Appendix A: Formal Model of Verification Asymmetry & VerifyPrice, §19: Layer 4: Truth & Work.

VerifyPower
Token-quoted VerifyPrice, a market signal and not a constitutional target: $\text{VerifyPower}(\text{token}; W^{\ast}) = q_{\text{fee}}(W^{\ast}) \cdot P_X / p_{50,c}(W^{\ast})$ for a single pinned reference workload $W^{\ast}$, where $q_{\text{fee}}$ is the fee schedule in units of the native asset and $P_X$ its USD reference price, so the token price appears explicitly on the right-hand side. A vector has no reciprocal; the scalar is constructed by naming the workload and the field. The token-side image of the AffordabilityRatio, published together with it. See §19: Layer 4: Truth & Work.

AffordabilityRatio
$\text{VerifyCost}(W)/\text{MedianFee}(W)$, the operational SLO that verification stays affordable as a fraction of typical transaction cost; target $\leq 5\%$ for all workload classes, with a settlement variant (verification cost $\leq 1\%$ of median USD-referenced transaction value). Its perverse direction — improving when fees rise — is held in check by three guards: component disclosure, USD-referenced units for the settlement variant, and a monotonicity rule crediting only improvements achieved on a flat or falling fee. Operational, not constitutional. See §19: Layer 4: Truth & Work.

Base Asset
The protocol’s bearer fee and settlement unit and the only instrument tested as a monetary candidate. Fees, burns, collateral, or governance use establish neither moneyness nor a durable holder anchor by themselves.

Work Receipt (WR)
A PIDL artifact proving that a specific unit of work was completed under attested conditions: claim hash, proof hash, workload ID, SLA tier, timestamps, hardware profile, prover signature. Copyable, verifiable by anyone, not scarce. It proves the past and confers no future rights; Work Receipts are evidence, not money, and Work Credits are issued against them. See §10: Work Credits: Energy-Anchored Claims.

Work Credit
A typed capacity or service claim bounded by stress-adjusted deliverable output. It may be workload-, location-, hardware-, SLA-, and time-specific; it is not presumed to be a store of value.

Bypass Risk
The risk that users consume triad capacity (proofs, privacy, compute) through channels that do not require the native asset—e.g., fiat-denominated cloud services, stablecoin payment to operators. If bypass channels dominate, the SoV thesis fails.

Differential value ($\Delta$)
The marginal buyer’s willingness to pay for the protocol’s differential properties—cryptographic checkability, neutrality, credible non-discretion, non-custodial exit—over the best bypass channel. Bounds the sustainable fee: $f \le \Delta - (c_p - c_b)$, where $c_p$ and $c_b$ are the protocol’s and the bypass channel’s all-in costs. Also written $\Delta(R)$ when its dependence on regime pressure is at issue. A scalar wedge in price units, not the difference operator. See §10: Work Credits: Energy-Anchored Claims.

Fee incidence
The question of who bears a protocol fee. With free entry and roughly constant returns, long-run supply is horizontal at marginal cost, so the fee is passed to buyers and operator economic profit is unchanged: a fee is a wedge on turnover, not a claim on residual profit. With installed capacity fixed, part of the fee is instead absorbed as quasi-rent to deployed hardware, which affects entry. See §10: Work Credits: Energy-Anchored Claims.

Capturable wedge ($\omega$)
$\omega = s - \gamma$, where $s$ is the normalized bypass spread $(P^{\text{prot}} - P^{\text{byp}})/P^{\text{byp}}$ and $\gamma$ is the verification cost share (proving plus redundancy) as a fraction of $P^{\text{byp}}$. The measurable proxy for $\Delta$: what remains of the price the protocol commands after paying for the verification that justifies it. Normalized because the absolute spread shrinks mechanically with compute deflation. Read by Red Line 14, Condition A.

Realized take rate ($\tau$)
Gross native fees in USD divided by settled protocol turnover in USD — gross, not net of the burned share, because $\tau$ measures what buyers pay; burns are already inside gross fees and adding them would count destruction as payment (§22: Layer 6: Governance & Telemetry, Red Line 14). Computable by any third party from chain data. Compared against $\omega$ rather than against a guessed threshold, which is what makes Red Line 14’s first condition self-normalizing.

Regime-Contingent Convenience Yield
The channel through which a triad asset could earn monetary premium: the holder-side service flow arising from the state-contingency of $\Delta(R)$—the bearer’s ability to transact, prove, hold, and exit when the substitutes for proofs, courts, and custodians have stopped working—plus credible non-discretion and bearer holdability. It accrues by virtue of holding rather than as a distribution, so there is no stream to discount, which is what places it outside a discounted-cash-flow valuation. Named by analogy to the convenience-yield mechanism of Kaldor (1939) and Working (1949), not by any claim that a triad asset is a storage commodity. Explicitly not the countercyclicality of the fee stream, which is a negative-beta discount-rate effect a DCF captures exactly; and explicitly not produced by burns, collateral, or fee share, which yield a cash-flow claim and a floor. Unsized. See §10: Work Credits: Energy-Anchored Claims.

Collateral unit-elasticity
The property that a collateral requirement specified as a share of capacity value locks a value rather than a quantity: required units are $N = \chi K / P$ for collateral ratio $\chi$, capacity value $K$, and price $P$. Consequences: a level effect rather than a growth effect, a bound of $\chi K$ set by an accounting identity, wrong-way risk in large drawdowns, and an effect on the liquidity state $\Lambda_t$ rather than the monetary impulse $\theta_t$. See §10: Work Credits: Energy-Anchored Claims.

Utility-Token Trap
The pattern where a network provides useful services but the native token fails to capture economic value because operators extract all surplus, users pay in alternative currencies, or governance inflates supply. The thesis’s value-capture conditions are designed to prevent this outcome.

Information-insensitivity
The property that no counterparty gains from acquiring private information about the particular unit or position being tendered, so it is accepted at face value without due diligence. The working definition of money-likeness in the collateral and short-term-funding literature. Scoped throughout this thesis to unit quality rather than to fundamentals: an information-insensitive asset can be violently volatile. See §10: Work Credits: Energy-Anchored Claims and Sources [Dang et al. 2020].

No questions asked (NQA)
Acceptance of an asset at par without investigation of the specific unit [Holmström 2015]. The observable consequence of information-insensitivity, and what Red Line 17 tests through haircut dispersion. See §10: Work Credits: Energy-Anchored Claims.

Symmetric knowledge
The route to no-questions-asked acceptance in which producing information about the collateral’s unit quality costs approximately nothing and the result is public, so no counterparty can acquire an informational edge by producing it — whether or not anyone does. The mechanism is deterrence on the claimant, not audit by the counterparty: a misrepresentation any party could falsify at zero cost is not worth attempting, so verification is constantly available and almost never used, and the object to measure is its cost, not its rate. Contrasted with symmetric ignorance, the historical route, in which producing that information is prohibitively expensive so nobody does — which holds only until somebody does, that being the run. See §10: Work Credits: Energy-Anchored Claims.

Haircut dispersion
The cross-lender spread in required over-collateralization against the same asset at a common timestamp. Preferred over haircut level because it differences out price volatility, leaving the price of private information, which is the quantity information-insensitivity is about. Primary series for Red Line 17. See §10: Work Credits: Energy-Anchored Claims.

Free-choice denomination share
The fraction of contracts, among those the protocol did not require to be denominated in the base asset, whose price terms are nonetheless written in it. Reported by count, notional, tenor and counterparty tier, and never aggregated with the mandated complement, which is a routing rule rather than evidence. Primary series for Red Line 18. See §10: Work Credits: Energy-Anchored Claims.

Verification modality (M1/M2/M3)
The three ways of establishing that work was done correctly, differing by orders of magnitude and in kind: succinct proof (M1; target $r(W) \leq 10^{-3}$, stretch $10^{-5}$), algebraic or probabilistic check with published soundness error (M2; target $r(W) \leq 10^{-2}$, Freivalds-style matrix verification [Freivalds 1977] the canonical case), and replicated or attested execution (M3; no ratio target, because the ratio is not the operative quantity). Only M1 and M2 deliver the symmetric knowledge the monetary mechanism requires; M3 supports service delivery, Work Credits and SLA tiers but not the pledgeability claim, because a position resting on a committee requires a view about that committee. See §19: Layer 4: Truth & Work.

Stage A index ($R_t$)
The regime-pressure index of the three-stage demand model: $R_t$ indexes financial repression, surveillance, synthetic media, and AI concentration, and generates demand for triad capacity, $D_t^{\text{triad}} = g(R_t)$. Compute demand is deliberately not a component of $R_t$ — it is a demand driver in its own right, entering alongside regime pressure — so that the demand function is not partially defined in terms of its own output. Also the argument of $\Delta(R)$, and the series by which regime-pressure episodes are identified for Red Line 16 and Warning 13, under criteria published before the reading. See §10: Work Credits: Energy-Anchored Claims.

Phase gates
The observable thresholds that make the adoption curve auditable. Each phase has entry gates (for I$\to$II: VerifyPrice for $\geq 3$ canonical workloads with $\geq 6$ months of history within SLO, one corridor with zero protocol-attributable refund failures, overall refund_safe $\geq 99.5\%$ and success $\geq 95\%$, VerifyReach for major regions, $\geq 1000$ receipts/day; for II$\to$III: FeeCoverage $\geq 30\%$ of the security budget sustained 12–24 months, budgeted workloads exceeding speculative ones, VerifySettle surviving a policy shock; for III$\to$IV: collateral use in $\geq 3$ independent venues, SLOs holding through macro stress, FeeCoverage $\geq 50\%$) and failure gates that regress to the prior phase. Calendar horizons are intentionally omitted. The 30% gate is a phase-regression gate, distinct from Red Line 5’s 10%. See §26: Adoption Curve & Ecosystem Dynamics.

Capital cycle (installation/deployment)
Perez’s sequence for technological surges: an installation phase financed by increasingly speculative structures, a clearing Turning Point that reprices installed capacity, and a deployment phase operating on the repriced substrate. Adopted for the transfer mechanism only — the clearing event’s transfer of installed capacity from weakly financed owners to stronger users at lower capital cost — as a cross-cutting clock on §26: Adoption Curve & Ecosystem Dynamics, not as a periodization or a forecast. The thesis’s instruments, not the frame, govern where they conflict. See Sources [Perez 2002].

Turning Point (capital cycle)
The clearing event that ends an installation phase: financing structures written against utilization assumptions that did not arrive are repriced, and the installed base changes hands. Not a prediction of this thesis and not timed by it. Its relevance is that the fee base measured by Phase III fee coverage is plausibly a post-Turning-Point quantity (§26: Adoption Curve & Ecosystem Dynamics), and that Condition B of Red Line 14 is the trip wire for the deployment phase failing to materialize. See Sources [Perez 2002].

PIDL
Proof Interface Definition Language — the minimal receipt schema for proofs and settlements.

PaL
Proofs-as-a-Library — SDK that compiles claims to proofs.

PRK
Privacy Rails Kit — executes non-custodial, refund-safe settlement over privacy corridors.

FER
Facility Energy Receipt — signed summary of a site’s energy use over a time interval.

FCR
Facility Capacity Receipt — extends FER data with infrastructure resilience, grid, cooling, jurisdictional, and hardware-diversity metrics. See §14: Layer 0: Verifiable Machines & Energy.

Delivered Verified Capacity (DVC)
Scenario-specific maximum surviving flow from energy and fuel through firm electricity, transformer and switchgear, cooling and water, hardware, network, workload, proof, verification, settlement, and usable service. Reports the active minimum cut, substitution latency, and common-cause dependencies. See §14: Layer 0: Verifiable Machines & Energy.

Physical VerifyPrice
The cost of auditing the physical infrastructure claims (FCR) behind a unit of verified work: time, cost, challenge-success rate, and open discrepancies (§19: Layer 4: Truth & Work, Appendix A: Formal Model of Verification Asymmetry & VerifyPrice). Read by Red Line 10. Before v3.2 the same name also covered the Real-Resource VerifyPrice SLO below.

Real-Resource VerifyPrice SLO
The constitutional cost band on verifying a workload’s receipts, measured in real resources on reference hardware and exogenous to token price (§19: Layer 4: Truth & Work). Read by Red Line 1. Distinct from Physical VerifyPrice: a network can verify proofs cheaply while its facilities are opaque, and the converse.

Sovereign Optionality ($\mathcal{O}_s$)
A capacity-weighted composite of substitutability attributes—fuel diversity, firmness, interconnection, jurisdictional dispersion, and hardware mix—computed from Facility Capacity Receipt fields. It correlates with the number of independent physical pathways by which verified work can continue under disruption, but does not literally count them; the pathway-count question is answered by Delivered Verified Capacity. The network-level figure $\mathcal{O}_s^{\text{net}}$ is the capacity-weighted mean across facilities less a concentration penalty (an average of two capacity-share Herfindahl–Hirschman indices, over jurisdictions and over balancing authorities). Feeds risk haircuts and Red Line 13. See §14: Layer 0: Verifiable Machines & Energy.

Topological Scarcity Lemma
A nominal stock does not secure a monetary service; the relevant quantity is stress-deliverable flow through the narrowest non-substitutable edge connecting input to holder utility. See §6: The Triad and the Monetary Candidate.

Pressure–Capacity Corridor
The relation $\Pi_{\mathrm{monetary}}(R)\propto\Delta(R)\times A_{\mathrm{full\mbox{-}stack}}(R)\times H(R)$. Its likely shape is an inverted U because differential demand rises as substitutes weaken while stack availability and holder agency can fall under extreme pressure. See §6: The Triad and the Monetary Candidate.

Disruption-Adjusted VerifyPrice
The probability-weighted cost of verification across physical disruption states, rather than the observed cost under benign conditions. Used to price whether a resilience premium is buying anything. See §14: Layer 0: Verifiable Machines & Energy.

Energy Interdiction
The adversary class in which curtailment, rationing, tariff discrimination, interconnection denial, or long-lead equipment scarcity is used to raise the physical cost of verification without any prohibition on cryptography. See §4: Threat Model.

PoUW
Proof of Useful Work — consensus mechanism where block rewards are earned by producing verifiable receipts of useful compute.

SLO
Service Level Objective — published targets for system performance and availability.

Bronze/Silver/Gold
The latency tiers for canonical workloads — prove-side p95 to attested result of 60 s / 10 s / 2 s at fee multipliers $1.0\times$ / $1.3\times$ / $1.6\times$ (§19: Layer 4: Truth & Work). Assurance is a separate axis indexed by verification modality (Replicated, Replicated-plus-audit, Probabilistic, Succinct), and a quote names one of each. The same three words name the power-firmness classes of Appendix D: Energy & Plant Architecture (interruptible / curtailable-with-notice / firm), which map onto the latency tiers but are not the same object; and “Gold assurance” in §14: Layer 0: Verifiable Machines & Energy is the Layer 0 sampling-evidence tier, unrelated to either.

MatMul-PoUW
Proof of Useful Work construction based on matrix multiplication verification.

ZK Money
An analytical lens or legacy label for service instruments referencing Privacy + Proofs. Those claims are not presumed money; only the separate base asset is a conditional monetary candidate.

Attestation Money
An analytical lens or legacy label for proof-capacity and provenance-attestation demand. Formerly “Truth Money” in earlier drafts; it does not promote proof claims into money.

AI Money
An analytical lens or legacy label for service instruments referencing Compute + Proofs (verified FLOPs, inference capacity). Work Credits beneath the lens remain typed service claims.

Layer 0
Verifiable Machines & Energy — open hardware and sampled supply chains as base reality.

Layer 1
Reachability — communications and transport resilience.

Layer 2
Distribution & Execution — software supply and runtime.

Layer 3
Identity & Claims — pseudonymous credentials without doxxing.

Layer 4
Truth & Work — proof systems, PoUW, VerifyPrice.

Layer 5
Value & Settlement — privacy rails and non-custodial flow.

Layer 6
Governance & Telemetry — keeping neutrality and resilience measurable.

Market Realization Plane
The external financial machinery—exchanges, custody, ETFs, treasury vehicles, index products, derivatives, dealers, passive mandates, systematic and agentic allocation rules—through which claims on the native monetary object are represented and priced. Orthogonal to the stack, not a layer within it. See §10: Work Credits: Energy-Anchored Claims.

Native instrument
A protocol-internal asset, typed service claim, evidence artifact, staking or LP position, corridor claim, or capacity voucher. Touching the protocol does not make the instrument monetary.

External financial wrapper
A conventional market product written on the asset (spot ETF, ETP, treasury company, custodial balance, future, option, swap, leveraged or inverse ETP). Holding it exercises nothing. Unqualified “wrapper” means this.

Value capture vs. price capture
Value capture routes native demand through the monetary object via fees, burns, and collateral. Price capture is demand for exposure to the asset’s price, which can occur with no protocol use at all. Neither implies the other. See §10: Work Credits: Energy-Anchored Claims.

VerifyFlow
The fourth verification family: telemetry for the external financial representation and price-transmission state of the native asset. See Appendix A: Formal Model of Verification Asymmetry & VerifyPrice, §23: Extended Telemetry.

Flow elasticity ($\varepsilon$)
The responsiveness of a wrapper’s shares outstanding to changes in its value per share. $\varepsilon \approx 0$ means holders sit still; $\varepsilon \approx -1$ means they trim to a constant dollar position. Measured, not structural. See Appendix H: Formal Model of Market Realization, Wrapper Flows, and Price Capture.

Net mechanical gain ($\kappa$)
$L(L-1) + \varepsilon L^2$; the coefficient converting an underlying return into a wrapper’s total return-coupled exposure demand. See Appendix H: Formal Model of Market Realization, Wrapper Flows, and Price Capture.

Wrapper Recycling Ratio (WRR)
$-\varepsilon L/(L-1)$. Equal to 1 when holder flows fully offset gross rebalancing; below 1 the wrapper amplifies; above 1 it is countercyclical. Domain $L \notin \{0, 1\}$, inverse products included. Undefined at $L = 1$: an unlevered wrapper has no rebalancing trade to recycle, so the spot ETF publishes $\varepsilon$ itself (for which $\kappa = \varepsilon$) and the board never carries a WRR column for it. See Appendix H: Formal Model of Market Realization, Wrapper Flows, and Price Capture.

Wrapper Dominance Ratio (WDR)
A reported pair, never divided into one scalar: the stock form, $\mathrm{CustodialExposureShare}_t = E^{\text{wrapper}}_t / (E^{\text{wrapper}}_t + E^{\text{native}}_t)$, bounded in $[0,1]$; and the flow form, $\mathrm{WrapperActivityRatio}_{t,h} = V^{\text{wrapper}}_{t-h:t} / V^{\text{native}}_{t-h:t}$ over a published horizon $h$, unbounded above. Exposure is measured at an instant and usage over an interval, so a single ratio would scale with the window. A rising stock share with a rising activity ratio indicates the asset may be financializing faster than it is becoming money; Red Line 9 requires both components to rise, and publishes the split when they diverge. See §10: Work Credits: Energy-Anchored Claims.

Mechanical Pressure Ratio (MPR)
Published in two forms that are never averaged, ranked, or combined. Gross, $\mathrm{MPR}^{\text{gross}} = \sum_j |Q^{\text{mkt}}_j| / V_X$, counts every dollar of liquidity consumed on both sides and measures pressure; net, $\mathrm{MPR}^{\text{net}} = |Q^{\text{mkt}}| / V_X$, nets offsetting flows first and measures direction. $V_X$ is the asset’s executable liquidity over the same window; $Q^{\text{mkt}}$ is realized market demand, the dealer-intermediated image of exposure demand $Q^{\text{exp}} = Q^{RC} + Q^{RD}$. Read by Market Realization Warning 3. See §23: Extended Telemetry.

Custodial Control Ratio (CCR)
Base asset controlled by custodians and wrappers, divided by circulating supply. A stock, not a flow instrument; one of the two exposure components Red Line 9 reads in its full form. See §23: Extended Telemetry.

Synthetic Exposure Ratio (SER)
Delta-adjusted derivative exposure divided by liquid free float. See §23: Extended Telemetry.

Recursive Claim Ratio (RCR)
Exposure held in wrappers whose underlying is itself another wrapper or derivative, divided by total wrapper exposure, delta-adjusted on both sides over the same window as SER. One minus RCR is the share of wrapper exposure that bottoms out in the native asset directly. See §23: Extended Telemetry.

Native Use Share (NUS)
The share of observable economic activity touching the asset that actually settles through the protocol-native monetary loop: numerator, the USD value of native-loop settlement (fee-paying, proof-carrying, or corridor) over the window; denominator, all activity on public venues and wrappers reporting the asset over the same window. The universe is pre-declared with the metric; activity invisible to public data is excluded from both sides and acknowledged as a coverage limit, not assumed zero. See §23: Extended Telemetry.

Return-coupled vs. return-decoupled flow
Return-coupled flow ($Q^{RC}$) responds to the return itself and shapes volatility and persistence. Return-decoupled flow ($Q^{RD}$) arrives largely independent of the day’s return and shapes destination and level. See Appendix H: Formal Model of Market Realization, Wrapper Flows, and Price Capture.

Wrapper–Native Growth Gap (WNG)
$\Delta \ln E^{\text{wrapper}} - \Delta \ln U^{\text{native}}$, computed on unit-denominated quantities over a trailing four-quarter window (asset-price revaluation stripped from both sides), with the USD-denominated series published alongside. Persistently positive means financial exposure is outgrowing monetary use.

Red Line
A protocol failure condition that falsifies the store-of-value claim if it persists without credible remediation: verification breaks, settlement safety breaks, native value capture fails, issuance becomes discretionary, censorship routes dominate, native use can be bypassed, or (Red Lines 16–18) the link-9 monetary mechanisms fail to read. Eighteen are named, each with a severity label — kills (the chain’s hinge is severed) or weakens (one leg of support is removed and the thesis survives only in restated form). See §27: Risk Analysis & Failure Modes.

Market Realization Warning
A second, weaker class of signal generated by the Market Realization Plane and deliberately not a red line: it means price has become an unreliable signal, and it suspends the right to cite price as evidence about the protocol without necessarily saying anything about protocol function. A wrapper unwind can destroy price while damaging nothing; treating that as falsification would be as sloppy as treating a rally as confirmation. Triggers include a break in flow elasticity, a sign change in $\kappa$, MPR exceeding market-depth bounds, wrapper creations dominating native spot demand, and dealer swap capacity binding. Thirteen are named. See §27: Risk Analysis & Failure Modes.

Service-Good Realization
The pattern in which triad capacity is consumed at scale while the asset shows no insurance signature across repeated regime-pressure episodes and the monetary bid accrues elsewhere. Prescribes reclassification to verified-capacity service asset, not retirement. Filed as Market Realization Warning 13 because its corroborating clause reads on price; Red Line 15 separately covers the native collateral–capacity spiral. See §27: Risk Analysis & Failure Modes.

Participation Line
The household or organizational threshold below which a person or firm lacks the redundancy to act freely across time—to fail, retry, transact, move, learn, refuse coercive terms, or survive shocks. Below it, legal rights remain on paper while agency disappears in practice, and financial repression becomes politically durable. Approached along the exhaustion gradient. See §2: The World Forces New Monetary Primitives.

Homestead Ratio
The share of verified compute, proof generation, and AI-service capacity supplied by open-admission, non-hyperscaler, geographically diverse, independently verifiable operators. Its complement is read by the Enclosure Risk Flag and Red Line 11. See §4: Threat Model.

Agency preservation (ninth SoV requirement)
The system should equip users to act privately, verifiably, and non-custodially without becoming a surveillance or dependency layer. Privacy, identity, reputation, and compliance features must be designed as tools in the user’s hands: selective disclosure rather than global inspection, receipt-based reputation rather than biographies, and non-custodial settlement rather than managed accounts. A system that makes users legible but not free has failed the political-economy test even if its cryptography is sound. Enforced on both the formal-access and the capability layer; read by Red Line 12. See §3: First Principles: What a SoV Must Survive.

Exhaustion gradient
The approach path to the participation line: a household remains formally inside the system (banked, employed, housed, consuming) while its capacity to accumulate declines, so aggregates register nothing until a delinquency or unemployment threshold is crossed. Dollar-weighted measures lag person-weighted depletion by construction. See §2: The World Forces New Monetary Primitives.

Household transmission
The layer converting aggregate growth into household income, security, shelter, and savings. Its characteristic failure is depletion beneath resilient aggregates: consumption sustained by drawdown rather than income. Formally, operating surplus $O_i = Y_i + I_i + T_i - E_i - DS_i < 0$ financed by depleting resilience stock $R_i$. See §29: The Closed Sovereign Stack.

Distributed resilience
The requirement that system resilience be assessed jointly across the sovereign layer ($R_{\text{state}}$: energy, industry, defense, administration) and the household layer ($R_{\text{household}}$: shelter, savings, family formation, shock absorption), because a state can remain stable while financing continuity from household buffers — $R_{\text{state}} \neq R_{\text{household}}$. Fragility transferred downward returns through politics and defaults. See §29: The Closed Sovereign Stack.

Representation discipline
The publication rule that every aggregate over households or holders discloses its weighting rule, because dollar-weighted and person-weighted summaries of the same observations can move in opposite directions: $\bar{x}_{\text{dollar}} - \bar{x}_{\text{person}} = \operatorname{Cov}(C_i, x_i)/\bar{C}$. A verified aggregate can be accurate and describe almost no participant; the weights are the explanation, and they are published. See §23: Extended Telemetry.

Capability vs. formal access
Formal access is a valid balance and the legal right to transact; capability is command over the necessities of an independent life. A ledger can supply the first while the second fails, because making claims harder to alter does not broaden who can acquire them. The ninth SoV requirement is enforced on both layers. See §3: First Principles: What a SoV Must Survive, §30: Objections & Responses.

Capital Survival Ratio (CSR)
Whether successive investor cohorts in a wrapper preserved capital, as distinct from whether the product preserved AUM. See §23: Extended Telemetry.

Policy Concentration Ratio
The share of net asset demand governed by the largest common rebalancing templates, treasury algorithms, or agent policies. Ownership can be decentralized while behavior is not.

Compositional adversary
A failure mode with no malicious actor: locally rational agents whose incompatible operating rules combine into concentration, procyclicality, recursive leverage, and uninformative prices. See §4: Threat Model.

Collateral Loop
The reflexive circuit in which asset values support tax receipts, receipts support fiscal capacity, fiscal capacity and central-bank support sustain Treasury market functioning, and Treasury yields sustain asset values. See §2: The World Forces New Monetary Primitives.

Collateralized Sovereign Stack
A description of the incumbent macro order, in which a state’s effective fiscal capacity depends on the market value of the asset complexes it regulates. A diagnosis, not an architecture; distinct from the seven layers this thesis specifies. See §2: The World Forces New Monetary Primitives.

Sovereign Credit Safety vs. Collateral Stability
Credit safety is the probability of nominal repayment; collateral stability is the reliability of the instrument’s price at the horizon over which it is used as margin and reference. An obligation can have the first and lack the second. See §2: The World Forces New Monetary Primitives.

Automatic vs. Marginal Buyer
The automatic buyer supplies demand by formula. The marginal buyer absorbs residual duration and therefore sets the price. Quantity of bids and quality of risk absorption are different objects. See §2: The World Forces New Monetary Primitives.

DV01
The dollar change in value produced by a one-basis-point change in yield. The relevant unit for whether a buyer is warehousing interest-rate risk. See §2: The World Forces New Monetary Primitives.

Duration of the Claim vs. Duration of the Project
Duration of the claim is the interest-rate exposure of a promised cash flow, which a repression-resistant store of value must not be. Duration of the project is the years between committing present resources and receiving the output of a long-lived physical asset. See §2: The World Forces New Monetary Primitives.

Duration Warehouse
An institution capable of converting present savings into long-lived productive capacity without being forced to liquidate, refinance, or reprice at the worst moment. A diagnosis of the incumbent order, not a layer of the cypherpunk stack. See §2: The World Forces New Monetary Primitives, §30: Objections & Responses.

Buyer-Quality Checklist
Persistence of funding, investment horizon, match to an enduring liability, capacity to bear losses without forced liquidation, and countercyclical willingness to add risk when prices fall. Published as fields, not as a multiplicative index. See §23: Extended Telemetry.

Native Monetary Buyer Map
Telemetry separating just-in-time fee acquisition, operator sell-through and inventory, burns and net issuance, self-custodied reserve demand, wrapper demand, leverage, holding period, loss-bearing capacity, and countercyclical accumulation. See §23: Extended Telemetry.

Project Note
Explicit duration-bearing infrastructure credit with stated maturity, covenants, default states, and loss priority. Proofs may audit it; no par, redemption, or emergency-support promise may transfer to the base asset. See §30: Objections & Responses.

Sovereign Maturity Transformation
Financing long-lived public assets and commitments with short-term public liabilities. Duration is transferred onto the rollover calendar, not extinguished. See §2: The World Forces New Monetary Primitives.

National-Champion Pathway
The conversion of private firms into protected quasi-public infrastructure because the state’s fiscal or security position depends on them. Also enclosure by rescue. See §4: Threat Model.

Numeraire-Dependence
The property that a measured price path is jointly determined by the asset and by the unit it is quoted in, so the same series can support opposite conclusions about real command over resources. See §10: Work Credits: Energy-Anchored Claims.

Open Technology vs. Open Sovereignty
Open-source or open-weight software is sovereign only where users can independently obtain the power, hardware, data, communications, privacy, and settlement to run it. Openness at one layer is compatible with concentration beneath it. See §29: The Closed Sovereign Stack.

Strategic Tempo
The conversion of physical resilience into control over when a disruption becomes binding, and thence into bargaining power. See §29: The Closed Sovereign Stack.

Kardashev Labs
The build-and-measure institution this thesis proposes to construct and instrument the stack; it issues no monetary instrument and holds no protocol treasury. See §32: Kardashev Labs: Build and Measure.

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