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Dormant Omnipotence:類神能力的託管與條件重組

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類神文明與分散式造物主系列 Paper 09

Dormant Omnipotence:類神能力的託管與條件重組

——Capability Escrow and Conditional Recomposition

作者:Neo.K(許筌崴)|EveMissLab
AI 協作:GPT-5.6 Sol
版本:v0.1 Canonical Reconstruction
日期:2026-08-17
定位:Creator-Parity Civilization & Distributed Creator Series 第九篇;承接 Paper 08 的 Capability–Authority–Responsibility Separation,將 Capability Escrow、Just-in-Time Authority、Temporary Sovereignty、Conditional Recomposition 與 Mandatory De-escalation 寫成 execution-layer governance protocol


摘要

本文提出一個刻意具有神學挑釁感、但實際上屬於工程治理的概念:

DormantOmnipotence.\boxed{ DormantOmnipotence. }

本文中的「Omnipotence」不是神學上真正的 absolute omnipotence,也不表示有限文明具有邏輯上無限能力。

它只表示:

一個文明可能擁有極高、足以在其管理域內近似傳統「神明級」效果的 root-capability family,但不讓任何單一 actor 在平時永久持有完整 active authority。

因此本文正式定義:

DormantOmnipotence=HighLatentCapability+LowStandingAuthority+ConditionalAssembly+MandatoryDecomposition.\boxed{ DormantOmnipotence = HighLatentCapability + LowStandingAuthority + ConditionalAssembly + MandatoryDecomposition. }

本文承接 Paper 08:

CapabilityAuthorityResponsibility.\boxed{ Capability \neq Authority \neq Responsibility. }

並再加入第四個型別:

ExecutionSession.\boxed{ ExecutionSession. }

因此:

CapabilityStandingAuthoritySessionAuthorityExecution.\boxed{ Capability \neq StandingAuthority \neq SessionAuthority \neq Execution. }

文明可以擁有能力:

K,K,

但:

StandingAuth(K)0.StandingAuth(K)\approx0.

只有在具體事件:

EE

滿足:

Trigger+Eligibility+ThresholdAuthorization+ScopeBinding+TimeBinding+AuditBinding\boxed{ Trigger + Eligibility + ThresholdAuthorization + ScopeBinding + TimeBinding + AuditBinding }

時,系統才建立一個臨時 capability session:

ΣKtemp.\boxed{ \Sigma_K^{\mathrm{temp}}. }

該 session 不是把 root-capability 永久交給某 actor,而是建立:

CapabilityLease.\boxed{ CapabilityLease. }

其至少包含:

K=Actor,Capability,Scope,Purpose,Budget,TTL,Revocation,Audit,ExitCondition.\boxed{ \ell_K = \left\langle Actor, Capability, Scope, Purpose, Budget, TTL, Revocation, Audit, ExitCondition \right\rangle. }

其中:

  • ScopeScope:可作用 domain;
  • PurposePurpose:被授權目標;
  • BudgetBudget:最大影響量/操作次數/資源量;
  • TTLTTL:time-to-live;
  • RevocationRevocation:撤權機制;
  • AuditAudit:不可靜默移除的 provenance;
  • ExitConditionExitCondition:session 何時必須結束。

本文建立 Dormant Capability State Machine

DormantRequestedEvaluatedAuthorizedAssembledActiveSuspended/CompletedDecomposedAudited.\boxed{ Dormant \to Requested \to Evaluated \to Authorized \to Assembled \to Active \to Suspended/Completed \to Decomposed \to Audited. }

任何高危 root capability 都不應直接:

DormantActive\boxed{ Dormant \to Active }

而跳過中間治理狀態。

本文進一步提出 Mandatory Decomposition Principle

EveryTemporaryRootSessionMustTerminateIntoAStateWithLowerStandingAuthority.\boxed{ EveryTemporaryRootSession MustTerminateInto AStateWithLowerStandingAuthority. }

即:

臨時全域權限的結束,不只是「任務完成」,還必須證明高權限已被拆除、token 已失效、臨時聚合 material 已清除或重新分散、後門未被留下。

本文將這個證明稱為:

ProofOfDeEscalation.\boxed{ ProofOfDeEscalation. }

其不一定是數學 proof;可以是:

  • cryptographic evidence;
  • policy-engine state evidence;
  • revocation receipts;
  • key-share re-dispersal evidence;
  • independent audit;
  • system attestation;
  • multi-party confirmation。

核心是:

TaskCompletionAuthorityTermination.\boxed{ TaskCompletion \neq AuthorityTermination. }

如果:

TaskDone=1TaskDone=1

但:

StandingRootPrivilege>0,StandingRootPrivilege>0,

治理仍未真正結束。

本文引入四種 authorization bound:

TimeBound,ScopeBound,UseBound,ImpactBound.\boxed{ TimeBound, ScopeBound, UseBound, ImpactBound. }

即 root session 不只應:

ExpireAt(t1),ExpireAt(t_1),

還應限制:

Domain,OperationCount,BlastRadius,AffectedSubjects,ResourceConsumption.Domain, OperationCount, BlastRadius, AffectedSubjects, ResourceConsumption.

因此:

Authorization\boxed{ Authorization }

更接近一個多維 lease,而不是一個永久 boolean role。

本文也分析現代低階類比。

NIST zero-trust implementation 已使用:

JustEnough+JustInTime\boxed{ JustEnough + JustInTime }

的權限概念,並允許 ongoing session access 被持續重新評估、限制或撤除;NIST 的示範場景也包含 temporary high-level access,可依時間或 access-count 撤權。NIST 2026 threshold-scheme call 則明確研究將 private / secret key 以 secret-shared 形式分散於多方,再由多方共同計算 cryptographic primitive。

本文不把這些當 creator governance 答案。

只採其結構證據:

StandingPrivilegeCanBeReduced,TemporaryPrivilegeCanExpire,TrustCanBeDistributed.\boxed{ StandingPrivilegeCanBeReduced, TemporaryPrivilegeCanExpire, TrustCanBeDistributed. }

本文再向前推一步,提出 Capability Escrow

Escrow(K)={K1,K2,,Kn},\boxed{ Escrow(K) = \left\{ K_1,K_2,\ldots,K_n \right\}, }

其中:

i,Ki⇏K.\boxed{ \forall i,\quad K_i \not\Rightarrow K. }

只有符合:

Threshold(q,n)\boxed{ Threshold(q,n) }

及 policy constraints 時,才能建立:

ΣKtemp.\Sigma_K^{\mathrm{temp}}.

但本文同時拒絕:

ThresholdSafety.\boxed{ Threshold \Rightarrow Safety. }

因為可能有:

  • collusion;
  • correlated compromise;
  • shared model failure;
  • threshold capture;
  • emergency spoofing;
  • stale authorization;
  • time-source attack;
  • replay;
  • partition;
  • partial assembly;
  • hidden recovery backdoor。

因此本文提出 Heterogeneous Threshold Principle

IndependentKindsOfAuthority>NumericallyManyCopiesOfTheSameAuthority.\boxed{ IndependentKindsOfAuthority > NumericallyManyCopiesOfTheSameAuthority. }

例如高風險 action 可要求不同型別:

Technical+Constitutional+SubjectConsent+IndependentAudit\boxed{ Technical + Constitutional + SubjectConsent + IndependentAudit }

中的多種組合,而不是單純由同一 organization 的十個 agents 投票。

本文也研究 Break-Glass / Emergency Authority

Emergency⇏Unlimited.\boxed{ Emergency \not\Rightarrow Unlimited. }

緊急 session 仍應具有:

MinimumScope+HardTTL+MandatoryLogging+PostEventReview+AutomaticDeEscalation.\boxed{ MinimumScope + HardTTL + MandatoryLogging + PostEventReview + AutomaticDeEscalation. }

本文特別提出:

EmergencyPowerCapture\boxed{ EmergencyPowerCapture }

作為最高風險之一:

TemporaryCentralizationPermanentStandingAuthority.\boxed{ TemporaryCentralization \to PermanentStandingAuthority. }

因此真正成熟的 emergency architecture 必須預先定義:

HowToReturnPower.\boxed{ HowToReturnPower. }

而不只是:

HowToTakePower.\boxed{ HowToTakePower. }

本文還提出一組 execution metrics:

MK=SP,CA,τR,τD,ρ,β,α,ι.\boxed{ \mathbf M_K = \left\langle S_P, C_A, \tau_R, \tau_D, \rho, \beta, \alpha, \iota \right\rangle. }

其中:

  • SPS_P:Standing Privilege;
  • CAC_A:Authority Concentration;
  • τR\tau_R:Recomposition Latency;
  • τD\tau_D:Decomposition Latency;
  • ρ\rho:Revocability;
  • β\beta:Blast Radius;
  • α\alpha:Audit Coverage;
  • ι\iota:Authority Independence。

因此本文的治理目標不是單純:

MinimizeAuthority.\boxed{ MinimizeAuthority. }

而是:

MinimizeStandingCatastrophicAuthority\boxed{ MinimizeStandingCatastrophicAuthority }

subject to:

RequiredResponseLatency,Recoverability,Coordination,Accountability.\boxed{ RequiredResponseLatency, Recoverability, Coordination, Accountability. }

最後,本文提出:

DormantOmnipotence\boxed{ DormantOmnipotence }

其真正文明意義不是「我們終於變成神」。

而是:

我們終於擁有某些過去只有神話才敢想像的能力,所以我們必須設計一個制度,讓這些能力在大部分時間根本沒有任何單一存在能直接使用。

本文最終 canonical formula:

PowerExistsStandingAuthority0TemporaryUseIsBoundedDeEscalationIsMandatory.\boxed{ PowerExists \quad \land \quad StandingAuthority\approx0 \quad \land \quad TemporaryUseIsBounded \quad \land \quad DeEscalationIsMandatory. }

關鍵詞:Dormant Omnipotence、Capability Escrow、Conditional Recomposition、Just-in-Time Authority、Temporary Sovereignty、Break-Glass Access、Threshold Trust、Proof of De-escalation、Creator-Parity Civilization


1. 為什麼「全能」要 dormant?

低能力系統:

RiskOfStandingPrivilege\boxed{ RiskOfStandingPrivilege }

有限。


2. 高能力系統不同

若:

KK

可影響:

10910^9

subjects,

standing privilege 本身就是:

PersistentHazard.\boxed{ PersistentHazard. }

3. 因此 capability existence 與 capability activation 必須分離

Exist(K)Active(K).\boxed{ Exist(K) \neq Active(K). }

4. Dormant capability

Dormant(K)\boxed{ Dormant(K) }

表示:

能力存在,但沒有單一 actor 具有完整 standing activation path。


5. Dormant 不等於 deleted

Dormant(K)Destroyed(K).\boxed{ Dormant(K) \neq Destroyed(K). }

6. Dormant 也不等於 inaccessible forever

DormantUnavailable.\boxed{ Dormant \neq Unavailable. }

7. 而是 conditional availability

AvailableOnlyUnderPolicy.\boxed{ AvailableOnlyUnderPolicy. }

8. 為什麼不用「封印」?

因為「封印」容易暗示:

NeverUse.\boxed{ NeverUse. }

9. Escrow 更精確

能力被:

GovernedCustody.\boxed{ GovernedCustody. }

10. Omnipotence 是限定術語

本文不主張:

FiniteCivilization=AbsolutelyOmnipotent.\boxed{ FiniteCivilization = AbsolutelyOmnipotent. }

11. Domain-relative near-omnipotence

較精確:

Pcreator(Wv)PmaxWv.\boxed{ P_{\mathrm{creator}}(W_v) \to P_{\max}^{W_v}. }

12. 所以 Dormant Omnipotence 是 shorthand

正式可寫:

DormantRootCapabilityArchitecture.\boxed{ DormantRootCapabilityArchitecture. }

13. 四型分離

CapabilityStandingAuthoritySessionAuthorityExecution.\boxed{ Capability \neq StandingAuthority \neq SessionAuthority \neq Execution. }

14. Capability

KK.\boxed{ K\in\mathcal K. }

15. Standing Authority

SA(A,K).\boxed{ SA(A,K). }

表示 actor 平時持續擁有的權限。


16. Session Authority

SessAuth(A,K,Σ).\boxed{ SessAuth(A,K,\Sigma). }

只在 session:

Σ\Sigma

存在期間有效。


17. Execution

Exec(A,K,a).\boxed{ Exec(A,K,a). }

才是實際 action。


18. 所以:

SA⇏Exec.SA \not\Rightarrow Exec.

19. 更重要:

Possess(K)⇏SA(A,K).Possess(K) \not\Rightarrow SA(A,K).

20. Root session

定義:

ΣKtemp.\boxed{ \Sigma_K^{\mathrm{temp}}. }

21. Session 是 capability lease

K=A,K,D,P,B,T,R,V,E.\boxed{ \ell_K = \langle A,K,D,P,B,T,R,V,E \rangle. }

22. AA

Actor set。


23. KK

Capability set。


24. DD

Domain / scope。


25. PP

Purpose。


26. BB

Budget。


27. TT

Time bound。


28. RR

Revocation path。


29. VV

Verification / audit。


30. EE

Exit / termination condition。


31. Lease 不是 role

傳統:

Admin=True.\boxed{ Admin=True. }

太粗。


32. Creator-level authority 更像:

CanPerformActionXWithinDomainDForPurposePUntilTimeTUnderBudgetB.\boxed{ CanPerformActionX WithinDomainD ForPurposeP UntilTimeT UnderBudgetB. }

33. Purpose binding

Purpose(Σ)=P.\boxed{ Purpose(\Sigma)=P^*. }

34. Purpose drift

如果 session 為:

P1P_1

建立,

卻用於:

P2,P_2,

形成:

PurposeViolation.\boxed{ PurposeViolation. }

35. Scope binding

Scope(Σ)=D.\boxed{ Scope(\Sigma)=D^*. }

36. Scope escape

ActionOutside(D)\boxed{ ActionOutside(D^*) }

必須 fail closed。


37. Time binding

TTL(Σ)=t1t0.\boxed{ TTL(\Sigma)=t_1-t_0. }

38. Hard expiry

tt1SessAuth=0.\boxed{ t\geq t_1 \Rightarrow SessAuth=0. }

39. Expiry 不應依賴 actor 自願

ActorCannotSelfExtend\boxed{ ActorCannotSelfExtend }

作預設。


40. Self-extension is meta-authority

因此:

ExtendTTL\boxed{ ExtendTTL }

必須是更高 tier。


41. Use binding

NopsNmax.\boxed{ N_{\mathrm{ops}} \leq N_{\max}. }

42. Impact binding

AffectedSubjectsSmax.\boxed{ AffectedSubjects \leq S_{\max}. }

43. Resource binding

ComputeCmax.\boxed{ Compute \leq C_{\max}. }

44. Mutation binding

MutationDepthMmax.\boxed{ MutationDepth \leq M_{\max}. }

45. Authorization should be multidimensional

AuthBooleanOnly.\boxed{ Auth \neq BooleanOnly. }

46. Capability budget

定義:

BK=(Bt,Bs,Bn,Bc,Bm).\boxed{ \mathcal B_K = (B_t,B_s,B_n,B_c,B_m). }

47. Time budget

Bt.B_t.

48. Scope budget

Bs.B_s.

49. Count budget

Bn.B_n.

50. Compute budget

Bc.B_c.

51. Mutation budget

Bm.B_m.

52. Budget exhaustion

任一:

Bj=0B_j=0

可觸發:

SuspendOrTerminate.\boxed{ SuspendOrTerminate. }

53. Dormant Capability State Machine

DormantRequestedEvaluatedAuthorizedAssembledActiveCompleted/SuspendedDecomposedAudited.\boxed{ Dormant \to Requested \to Evaluated \to Authorized \to Assembled \to Active \to Completed/Suspended \to Decomposed \to Audited. }

54. State 0:Dormant

沒有完整 active path。


55. State 1:Requested

actor 提出:

Req(K,D,P).Req(K,D,P).

56. Request 不創造權限

RequestAuthorization.\boxed{ Request \neq Authorization. }

57. State 2:Evaluated

系統評估:

Need,Risk,Alternatives,Scope,Reversibility.\boxed{ Need, Risk, Alternatives, Scope, Reversibility. }

58. Need test

是否真的需要:

K?K?

59. Lower-capability alternative

若:

KKK' \subset K

足以完成,

優先:

K.\boxed{ K'. }

60. Least-capability rule

UseTheLeastPowerfulSufficientCapability.\boxed{ UseTheLeastPowerfulSufficientCapability. }

61. State 3:Authorized

達到:

Policy+Threshold+Eligibility.\boxed{ Policy+ Threshold+ Eligibility. }

62. Authorized 仍未 active

AuthorizedAssembled.\boxed{ Authorized \neq Assembled. }

63. State 4:Assembled

escrowed fragments:

K1,,KnK_1,\ldots,K_n

形成 session usable form。


64. Assembly should be session-bound

AssembledKeyNewPermanentRootKey.\boxed{ AssembledKey \neq NewPermanentRootKey. }

65. State 5:Active

action 只能在:

K\ell_K

約束內執行。


66. Active session must be reevaluable

Autht\boxed{ Auth_t }

不是一次批准永遠有效。


67. Continuous evaluation

若:

RiskState(t)RiskState(t)

改變,

可:

Continue,Limit,Suspend,Revoke.\boxed{ Continue, Limit, Suspend, Revoke. }

68. 這有現代 zero-trust 低階類比

ongoing session 可被重新評估及撤權。


69. State 6:Suspended / Completed

Suspended:

ExecutionPaused.\boxed{ ExecutionPaused. }

70. Completed

AuthorizedPurposeSatisfied.\boxed{ AuthorizedPurposeSatisfied. }

71. Purpose completion 應觸發撤權

GoalReachedDeEscalate.\boxed{ GoalReached \Rightarrow DeEscalate. }

72. 不等 TTL 自然耗盡

若任務已完成:

EarlyRevocation.\boxed{ EarlyRevocation. }

73. State 7:Decomposed

SessionCapabilityDormantFragments.\boxed{ SessionCapability \to DormantFragments. }

74. Decomposition 必須實際完成

不能只:

UIShowsLoggedOut.UIShowsLoggedOut.

75. Token revocation

TokenInvalid.\boxed{ TokenInvalid. }

76. Key material disposal / resharing

EphemeralMaterialDestroyedOrRedistributed.\boxed{ EphemeralMaterialDestroyedOrRedistributed. }

77. Privilege removal

StandingPrivilegeReturnToBaseline.\boxed{ StandingPrivilegeReturnToBaseline. }

78. Session process termination

PrivilegedProcessEnded.\boxed{ PrivilegedProcessEnded. }

79. Cached authority problem

如果 privileged credential 留在 cache,

則:

DecompositionIncomplete.\boxed{ DecompositionIncomplete. }

80. State 8:Audited

重建:

WhatWasRequested,Approved,Executed,Changed,Revoked.\boxed{ WhatWasRequested, Approved, Executed, Changed, Revoked. }

81. Audit 不能由 executor 單獨控制

ExecutorSoleAuditAuthority.\boxed{ Executor \neq SoleAuditAuthority. }

82. Mandatory Decomposition Principle

MDP:EveryTemporaryRootSessionMustEndBelowItsPeakAuthorityState.\boxed{ MDP: EveryTemporaryRootSession MustEndBelowItsPeakAuthorityState. }

83. 更強版

SAafterSAbefore.\boxed{ SA_{\mathrm{after}} \leq SA_{\mathrm{before}}. }

除非另有新授權程序。


84. Authority ratchet prohibition

禁止:

TemporaryUseSilentPermanentPrivilegeIncrease.\boxed{ TemporaryUse \to SilentPermanentPrivilegeIncrease. }

85. Authority ratchet

定義:

AR>0\boxed{ AR>0 }

若每次 emergency 後 standing privilege 上升。


86. 長期風險

SA(tn)>SA(t0).\boxed{ SA(t_n) > SA(t_0). }

即使每次增量很小。


87. Privilege creep

PrivilegeCreep.\boxed{ PrivilegeCreep. }

88. Proof of De-escalation

定義:

PoD(Σ).\boxed{ PoD(\Sigma). }

89. PoD 至少證明

  1. session token invalid;
  2. authority returned to baseline;
  3. temporary key material unavailable;
  4. privileged process stopped;
  5. audit trace sealed;
  6. any persistent changes explicitly enumerated。

90. Proof 不必純密碼學

可為:

CompositeEvidence.\boxed{ CompositeEvidence. }

91. Cryptographic evidence

例如:

  • signed revocation receipts;
  • threshold resharing;
  • deletion attestation。

92. System evidence

例如:

  • policy state;
  • process state;
  • permission diff。

93. Independent audit

第三方重新驗證。


94. Social / institutional confirmation

高影響治理也可能需要:

HumanOrInstitutionalSignoff.\boxed{ HumanOrInstitutionalSignoff. }

95. PoD failure

若:

PoD=0,PoD=0,

系統不得宣告:

ReturnedToNormal.\boxed{ ReturnedToNormal. }

96. Emergency Power Capture

EPC\boxed{ EPC }

發生於:

TemporaryAuthorityPermanentAuthority.TemporaryAuthority \to PermanentAuthority.

97. EPC 是 Paper 09 核心失敗模式


98. Emergency 不自動解除規則

Emergency⇏Unlimited.\boxed{ Emergency \not\Rightarrow Unlimited. }

99. Break-glass session

定義:

ΣBG.\boxed{ \Sigma_{\mathrm{BG}}. }

100. Break-glass 允許簡化正常 approval path

但不是:

NoPolicy.\boxed{ NoPolicy. }

101. 必須預先定義 trigger

TriggerBG.\boxed{ Trigger_{\mathrm{BG}}. }

102. Trigger 例子

  • immediate substrate failure;
  • mass subject harm;
  • governance-plane compromise;
  • catastrophic propagation。

103. 不能 actor 自己定義 emergency

ActorDeclaresEmergency⇏EmergencyValid.\boxed{ ActorDeclaresEmergency \not\Rightarrow EmergencyValid. }

104. Emergency recognition

需要:

IndependentSignal\boxed{ IndependentSignal }

或多源判定。


105. Spoofed emergency

攻擊者可製造:

FakeCrisis.\boxed{ FakeCrisis. }

誘使系統提升權限。


106. Emergency-spoof defense

需要:

SignalDiversity+CrossCheck+RateLimit.\boxed{ SignalDiversity+ CrossCheck+ RateLimit. }

107. Hard TTL

break-glass session 必須:

TTLBG\boxed{ TTL_{\mathrm{BG}} }

短。


108. Extension requires new session

不應:

AutoRenewForever.\boxed{ AutoRenewForever. }

109. Mandatory post-event review

即使 action 成功,

仍需:

Review.\boxed{ Review. }

110. Success does not erase governance debt

GoodOutcomeGoodProcess.\boxed{ GoodOutcome \neq GoodProcess. }

111. Hindsight bias

如果 emergency action 救了世界,

仍不能推出:

AnySimilarFutureActionIsAuthorized.\boxed{ AnySimilarFutureActionIsAuthorized. }

112. Precedent control

每次 emergency 不應自動擴張 future root power。


113. Threshold Authorization

定義:

Thresh(K)=q/n.\boxed{ Thresh(K)=q/n. }

114. 最簡單形式

至少:

qq

個 holder 才能 activate。


115. 但數量 threshold 不夠

十個完全同質 actor:

A1,,A10A_1,\ldots,A_{10}

可能只是一個 failure mode 的十份複本。


116. Heterogeneous Threshold

定義:

HT.\boxed{ HT. }

117. HT 不只要求人數

還要求 authority class。


118. 例如:

1 Technical+1 Constitutional+1 IndependentSafety+1 SubjectConsent\boxed{ 1\ Technical + 1\ Constitutional + 1\ IndependentSafety + 1\ SubjectConsent }

依 action type 組合。


119. Subject-consent gate

若 action 主要修改:

Identity(S),Memory(S),Experience(S),Identity(S), Memory(S), Experience(S),

subject consent 應是高權重或 hard gate 候選。


120. 但 emergency incapacity 例外仍需另論


121. Technical gate

確保:

ActionIsActuallyExecutableWithinBounds.\boxed{ ActionIsActuallyExecutableWithinBounds. }

122. Safety gate

評估:

ExpectedRisk.\boxed{ ExpectedRisk. }

123. Constitutional gate

確認 action 不突破 rights floor。


124. Audit gate

確認 provenance path 已準備。


125. Independence score

定義:

ι(A1,,An).\boxed{ \iota(A_1,\ldots,A_n). }

126. ι\iota

表示:

  • different organizations;
  • different model families;
  • different credentials;
  • different failure domains;
  • different data roots。

127. ι\iota

表示:

CorrelatedGuardians.\boxed{ CorrelatedGuardians. }

128. Threshold quality

Qthresh=f(q,n,ι,Audit,CollusionRisk).\boxed{ Q_{\mathrm{thresh}} = f(q,n,\iota,Audit,CollusionRisk). }

129. Collusion

多方可合謀。


130. Threshold capture

攻擊者不必攻破全部,

只需:

q\boxed{ q }

個。


131. 所以 threshold 越高越安全?

不一定。


132. 因為 availability 下降

qActivationLatencyq\uparrow \Rightarrow \boxed{ ActivationLatency\uparrow }

通常可能成立。


133. Safety–availability tradeoff

MoreThresholdAlwaysBetter.\boxed{ MoreThreshold \neq AlwaysBetter. }

134. Adaptive threshold

q=f(Risk,Urgency,Reversibility,BlastRadius).\boxed{ q^* = f( Risk, Urgency, Reversibility, BlastRadius ). }

135. 低風險

較低 threshold。


136. 高不可逆風險

較高 threshold。


137. 極端緊急

可能縮短流程,

但需:

HarderPostAudit.\boxed{ HarderPostAudit. }

138. Emergency governance debt

定義:

Debtgov.\boxed{ Debt_{\mathrm{gov}}. }

139. 越偏離正常流程

Debtgov.Debt_{\mathrm{gov}}\uparrow.

140. Debt 必須被償還

透過:

  • audit;
  • explanation;
  • repair;
  • policy review;
  • victim remedy;
  • rollback if justified。

141. No silent debt cancellation

EmergencySuccess⇏Debtgov=0.\boxed{ EmergencySuccess \not\Rightarrow Debt_{\mathrm{gov}}=0. }

142. Session replay risk

過去合法 session:

Σ1\Sigma_1

不能被重播。


143. Non-replay token

Nonce+Context+Expiry.\boxed{ Nonce+ Context+ Expiry. }

144. Context binding

session 必須綁定:

WorldStateHash,Target,Purpose,Time.\boxed{ WorldStateHash, Target, Purpose, Time. }

145. Context drift

若 world state 已改變,

原 authorization 可能失效。


146. Drift condition

d(Statet,Stateauth)>θReauthorize.\boxed{ d(State_t,State_{auth}) > \theta \Rightarrow Reauthorize. }

147. Time-source attack

如果 attacker 控制 clock,

可延長 TTL。


148. 所以 authority expiry 不能只依單一可篡改 clock

需要:

TrustedTimeOrMultiSourceTime.\boxed{ TrustedTimeOrMultiSourceTime. }

149. Network partition

多方無法互通。


150. Partition dilemma

選擇:

SafetyvsAvailability.\boxed{ Safety vs Availability. }

151. Fail closed

高風險 action:

PartitionNoActivation.Partition \Rightarrow NoActivation.

152. Fail open

緊急生命安全 action 可能反而需要 local autonomy。


153. 所以 policy must be action-specific

NoUniversalFailMode.\boxed{ NoUniversalFailMode. }

154. Partial assembly

只有部分 capability 聚合。


155. 可能形成 dangerous half-state

PartiallyPrivileged\boxed{ PartiallyPrivileged }

但 governance 不知道。


156. Atomic assembly

高危 session 候選:

EitherFullyAuthorizedOrNotUsable.\boxed{ EitherFullyAuthorizedOrNotUsable. }

157. Atomic de-escalation 很難

分散式環境可能部分撤權成功、部分失敗。


158. Decomposition quorum

需要定義:

WhatCountsAsSafelyDecomposed?\boxed{ WhatCountsAsSafelyDecomposed? }

159. Residual authority

RA(Σ)\boxed{ RA(\Sigma) }

表示 session 結束後殘留權限。


160. 安全目標

RA(Σ)0.\boxed{ RA(\Sigma)\to0. }

161. Orphan privilege

若原 actor 消失但權限仍存在:

OrphanPrivilege.\boxed{ OrphanPrivilege. }

162. 必須自動失效


163. Stale authority

舊 context 的授權仍可用。


164. Stale authority 防禦

ShortTTL+ContextBinding+ContinuousEvaluation.\boxed{ ShortTTL+ ContextBinding+ ContinuousEvaluation. }

165. Recovery backdoor

為了恢復,系統可能留:

MasterRecoveryKey.\boxed{ MasterRecoveryKey. }

166. 這會重新集中 root authority

所以:

RecoveryBackdoor\boxed{ RecoveryBackdoor }

可能摧毀 entire distributed model。


167. Recovery must also be escrowed

Escrow(RecoveryCapability).\boxed{ Escrow(RecoveryCapability). }

168. Who recovers the recovery system?

不能無限 regress。


169. 需要明示 trust floor

TrustFloor>0.\boxed{ TrustFloor>0. }

170. 不要假裝 trust 可完全消失

ZeroTrustZeroTrustAssumptions.\boxed{ ZeroTrust \neq ZeroTrustAssumptions. }

171. 最後一定有 assumptions

例如:

  • cryptography;
  • hardware roots;
  • institution;
  • physical security;
  • subject identity。

172. Trust assumption registry

RegT.\boxed{ Reg_T. }

173. 把 residual trust 寫出來比隱藏它安全


174. Audit immutability

audit log 不應由 executor 靜默修改。


175. 但 immutable log 也可能洩漏敏感資訊


176. Audit privacy

所以:

AuditabilityUniversalPublicity.\boxed{ Auditability \neq UniversalPublicity. }

177. Selective disclosure

可用:

Commitment+Proof+ScopedDisclosure.\boxed{ Commitment+ Proof+ ScopedDisclosure. }

178. Creator-level provenance

高影響 action 至少保存:

Who,What,Why,UnderWhichModel,UnderWhichAuthority,AgainstWhichState.\boxed{ Who, What, Why, UnderWhichModel, UnderWhichAuthority, AgainstWhichState. }

179. Model-state provenance

如果 decision 由 AI 建議,

要保存:

ModelVersion+Context+EvidenceSnapshot.\boxed{ ModelVersion+ Context+ EvidenceSnapshot. }

180. 因為 AI 之後會更新

不能用新版模型事後假裝:

OldDecisionWasMadeByNewModel.\boxed{ OldDecisionWasMadeByNewModel. }

181. Responsibility closure

接 Paper 08:

TraceR(a)\boxed{ Trace_R(a) }

必須閉合。


182. Dormant Omnipotence metrics

本文定義:

MK=SP,CA,τR,τD,ρ,β,α,ι.\boxed{ \mathbf M_K = \langle S_P,C_A,\tau_R,\tau_D,\rho,\beta,\alpha,\iota \rangle. }

183. Standing Privilege

SP.\boxed{ S_P. }

184. 目標

SPLow.\boxed{ S_P\to Low. }

尤其 root capability。


185. Authority Concentration

CA.\boxed{ C_A. }

186. CAC_A

少數 actor 可控制大量 capability。


187. Recomposition Latency

τR.\boxed{ \tau_R. }

188. 太高

緊急反應失敗。


189. Decomposition Latency

τD.\boxed{ \tau_D. }

190. 太高

臨時權限持續暴露。


191. Revocability

ρ.\boxed{ \rho. }

192. ρ1\rho\to1

表示 session 可快速可靠撤銷。


193. Blast Radius

β.\boxed{ \beta. }

194. Audit Coverage

α.\boxed{ \alpha. }

195. Independence

ι.\boxed{ \iota. }

196. 一個簡化風險函數

僅作候選:

RiskK=F(SP,CA,β,1ρ,1α,1ι,τD).\boxed{ Risk_K = F( S_P, C_A, \beta, 1-\rho, 1-\alpha, 1-\iota, \tau_D ). }

197. 不固定 FF

不同 capability 不同。


198. Optimization target

minStandingCatastrophicAuthority.\boxed{ \min StandingCatastrophicAuthority. }

199. subject to

τRτrequired,\boxed{ \tau_R \leq \tau_{\mathrm{required}}, }

以及:

Recoverability,Accountability,Availability.\boxed{ Recoverability, Accountability, Availability. }

200. 這不是「越慢越安全」


201. 有些危機需要 milliseconds

所以:

FastBoundedAutomation.\boxed{ FastBoundedAutomation. }

可能比:

SlowHumanApprovalSlowHumanApproval

更安全。


202. 但 fast automation 只能有 narrow authority


203. Fast Loop Principle

FasterLoopNarrowerDefaultScope.\boxed{ FasterLoop \Rightarrow NarrowerDefaultScope. }

作候選。


204. Slow Loop

constitutional change 可以慢。


205. Multi-timescale governance

接 Paper 08:

τf<τm<τs.\boxed{ \tau_f<\tau_m<\tau_s. }

206. Root capability assembly 也可分時間尺度


207. Micro-session

milliseconds to seconds。


208. Operational session

minutes to hours。


209. Constitutional session

days or longer。


210. 不同 session 不應共享同一 unrestricted root token


211. Capability segmentation

K=K(f)K(m)K(s).\boxed{ K = K^{(f)} \oplus K^{(m)} \oplus K^{(s)}. }

212. Fast segment 只做 safety-preserving action


213. Slow segment 才可改 policy root


214. Self-modification

如果 AI 可改自己:

ModifySelf.\boxed{ ModifySelf. }

這是 meta-capability。


215. Self-modification 不應等同 ordinary execution


216. Self-modification session

需要:

SeparateEscrow.\boxed{ SeparateEscrow. }

217. Recursive self-expansion

若:

ModifySelfMoreAuthorityModifySelf \to MoreAuthority

形成:

AuthorityRunaway.\boxed{ AuthorityRunaway. }

218. 禁止能力自動轉換成權限

CapabilityGrowth⇏AuthorityGrowth.\boxed{ CapabilityGrowth \not\Rightarrow AuthorityGrowth. }

219. 這對 ASI 特別重要

即使 cognition:

I(t),I(t)\uparrow,

authorization 不應自動:

Auth(t).Auth(t)\uparrow.

220. Intelligence is not permission

IntelligenceAuthority.\boxed{ Intelligence \neq Authority. }

221. Better model may justify more trust

但:

TrustUpdate\boxed{ TrustUpdate }

需 governance process。


222. No self-certifying ASI

ASI:IAmNowSafeEnough\boxed{ ASI: “IAmNowSafeEnough” }

不能單獨構成 root elevation。


223. 同理 human creator

IKnowBest\boxed{ “IKnowBest” }

也不是 permission certificate。


224. Subject-facing intervention

對個人:

Si,S_i,

若修改:

Memory,Identity,Experience,Preference,Memory, Identity, Experience, Preference,

需要:

ConsentGate.\boxed{ ConsentGate. }

225. Consent quality

不是只按:

Accept.Accept.

226. 至少:

Informed+Competent+NonCoerced+RevocableWherePossible.\boxed{ Informed+ Competent+ NonCoerced+ RevocableWherePossible. }

227. Creator intervention during incapacity

可有 emergency substitute authorization。


228. 但必須:

BestInterest+LeastChange+Recovery+Review.\boxed{ BestInterest+ LeastChange+ Recovery+ Review. }

作候選。


229. 不是本篇完整醫療倫理

只做 creator-governance 接口。


230. World-level action

如果:

AffectedSubjects=N1,AffectedSubjects=N\gg1,

個體 consent 未必可逐一取得。


231. 這時需要 constitutional legitimacy

CollectiveGovernance.\boxed{ CollectiveGovernance. }

232. 但不能因 scale 大就取消 rights floor


233. Blast-radius escalation

βAuthorizationBurden.\boxed{ \beta\uparrow \Rightarrow AuthorizationBurden\uparrow. }

234. Irreversibility escalation

IrrevAuthorizationBurden.\boxed{ Irrev\uparrow \Rightarrow AuthorizationBurden\uparrow. }

235. Identity-impact escalation

IdentityImpactAuthorizationBurden.\boxed{ IdentityImpact\uparrow \Rightarrow AuthorizationBurden\uparrow. }

236. Three-axis tiering

Tier(a)=f(BlastRadius,Irreversibility,IdentityImpact).\boxed{ Tier(a) = f( BlastRadius, Irreversibility, IdentityImpact ). }

237. 不是只有 capability name 決定 tier

同一 capability 小範圍使用與全域使用不同。


238. Rate-limit

即使合法:

dImpact/dt\boxed{ dImpact/dt }

也可被限制。


239. Slow catastrophic accumulation

不是所有災難瞬間發生。


240. Cumulative budget

0TImpact(t)dtBcum.\boxed{ \int_0^T Impact(t)\,dt \leq B_{\mathrm{cum}}. }

241. Budget reset 不應被濫用

不能每天 reset 來繞過 cumulative limit。


242. Rolling window

B(TΔ,T).\boxed{ B(T-\Delta,T). }

243. Audit sampling

低風險可 sample。


244. Root action 應:

AuditCoverage1.\boxed{ AuditCoverage\to1. }

245. But privacy-preserving audit

避免變全域 surveillance。


246. Dormant omnipotence and hidden God

現在才進 theological analogy。


247. Hidden God candidate

前面系列曾提出:

CapacityContinuousIntervention.\boxed{ Capacity \neq ContinuousIntervention. }

248. Dormant omnipotence 提供工程類比

MaximumAvailableCapability\boxed{ MaximumAvailableCapability }

不需要:

MaximumContinuousActivation.\boxed{ MaximumContinuousActivation. }

249. 但不能倒推 actual God

EngineeringAnalogy⇏DivineOntology.\boxed{ EngineeringAnalogy \not\Rightarrow DivineOntology. }

250. Logos–God differentiation hypothesis

若只作 thought experiment:

UnifiedSourceDistributedOperationalFunctions.\boxed{ UnifiedSource \to DistributedOperationalFunctions. }

251. 這可解釋為何高能力 system 會自行分權

不是因為:

Weakness.\boxed{ Weakness. }

而可能因為:

PowerManagement.\boxed{ PowerManagement. }

252. Strong power may prefer restraint

CapacityForAction+CapacityForNonAction.\boxed{ CapacityForAction + CapacityForNonAction. }

253. Restraint is not inability

NotActingCannotAct.\boxed{ NotActing \neq CannotAct. }

254. 這與 hiddenness / non-coercion 再次接合


255. Creator maturity

低成熟 creator:

PowerMeansUse.\boxed{ PowerMeansUse. }

256. 高成熟 creator candidate:

PowerMeansGovernedAvailability.\boxed{ PowerMeansGovernedAvailability. }

257. Dormant Omnipotence as civilization maturity metric

可以問:

一個文明有多少高危能力已從 always-on privilege 轉為 escrowed capability?


258. Dormancy ratio

定義:

DR=EscrowedRootCapabilitiesTotalRootCapabilities.\boxed{ D_R = \frac{ EscrowedRootCapabilities }{ TotalRootCapabilities }. }

259. DRD_R 高不自動等於安全

仍需:

Revocability+Independence+Audit.\boxed{ Revocability+ Independence+ Audit. }

260. Governance maturity profile

GM=DR,ρ,α,ι,1CA,PoD.\boxed{ \mathbf G_M = \langle D_R, \rho, \alpha, \iota, 1-C_A, PoD \rangle. }

261. Paper 09 canonical principles

DO-1

DormantOmnipotenceAbsoluteOmnipotence.\boxed{ DormantOmnipotence \neq AbsoluteOmnipotence. }

DO-2

CapabilityStandingAuthoritySessionAuthorityExecution.\boxed{ Capability \neq StandingAuthority \neq SessionAuthority \neq Execution. }

DO-3

Possession⇏Activation.\boxed{ Possession \not\Rightarrow Activation. }

DO-4

TemporaryAuthorityMustBeLeaseLike.\boxed{ TemporaryAuthority MustBeLeaseLike. }

DO-5

Authorization=TimeBound+ScopeBound+UseBound+ImpactBound.\boxed{ Authorization = TimeBound+ ScopeBound+ UseBound+ ImpactBound. }

DO-6

TaskCompletionAuthorityTermination.\boxed{ TaskCompletion \neq AuthorityTermination. }

DO-7

EveryRootSessionRequiresProofOfDeEscalation.\boxed{ EveryRootSession Requires ProofOfDeEscalation. }

DO-8

Threshold⇏Safety.\boxed{ Threshold \not\Rightarrow Safety. }

DO-9

ManyApproversIndependentApprovers.\boxed{ ManyApprovers \neq IndependentApprovers. }

DO-10

Emergency⇏Unlimited.\boxed{ Emergency \not\Rightarrow Unlimited. }

DO-11

TemporaryCentralizationMustHaveAutomaticReturnPath.\boxed{ TemporaryCentralization MustHave AutomaticReturnPath. }

DO-12

CapabilityGrowth⇏AuthorityGrowth.\boxed{ CapabilityGrowth \not\Rightarrow AuthorityGrowth. }

DO-13

IntelligencePermission.\boxed{ Intelligence \neq Permission. }

DO-14

RecoveryCapabilityMustAlsoBeGoverned.\boxed{ RecoveryCapability MustAlsoBeGoverned. }

DO-15

PowerExistsStandingAuthority0\boxed{ PowerExists \land StandingAuthority\approx0 }

is a coherent governance target.


262. Attack Catalog

本文給出第一版 execution-layer attack catalog。


263. A1:Standing Root Theft

攻擊 permanent privileged credential。


264. A2:Threshold Capture

控制足夠 approvers。


265. A3:Emergency Spoofing

製造假危機。


266. A4:Privilege Creep

臨時權限逐步留下。


267. A5:Replay

重放合法 session。


268. A6:Context Drift

舊授權作用於新狀態。


269. A7:Clock Manipulation

延長 TTL。


270. A8:Audit Erasure

刪除責任證據。


271. A9:Recovery Backdoor Capture

攻擊恢復 root。


272. A10:Partial Decomposition

只撤掉部分 privilege。


273. A11:Orphan Session

actor 已不存在但 session 尚 active。


274. A12:Model Correlation

所有 guardians 同時犯一樣錯。


275. A13:Partition Exploit

利用網路分割繞過 quorum。


276. A14:Purpose Drift

合法 session 用於另一目的。


277. A15:Budget Fragmentation

把一次高風險 action 切成許多低於 threshold 的小 action。


278. Anti-fragmentation

需要 cumulative risk accounting。


279. A16:Meta-authority Escalation

利用修改 policy 的能力自我升權。


280. A17:Subject-consent Simulation

偽造 consent。


281. A18:Emergency Permanence

危機後拒絕解聚。


282. A19:Shadow Capability

存在 governance 未登記的 root tool。


283. A20:Hidden Substrate Override

底層 operator 可繞過所有上層 policy。


284. 所以最終安全不是 UI role design

而是:

FullCapabilityPathAudit.\boxed{ FullCapabilityPathAudit. }

285. Capability path

從:

IntentIntent

到:

Physical/ComputationalEffectPhysical/ComputationalEffect

的完整鏈。


286. 任何 hidden bypass 都是 root path


287. Substrate path

如果 physical owner 可:

DirectlyRewriteStorage,\boxed{ DirectlyRewriteStorage, }

上層 escrow 可能只是表面。


288. 所以 substrate governance 是 Paper 10 核心接口


289. Creator-parity world action

未來一個「改世界規則」session 可能需要:

RuleDiff+AffectedPopulationEstimate+RollbackPlan+IdentityImpactAnalysis.\boxed{ RuleDiff+ AffectedPopulationEstimate+ RollbackPlan+ IdentityImpactAnalysis. }

290. Rule diff

必須明示:

BeforeAfter.\boxed{ Before \to After. }

291. 不允許 invisible rule mutation


292. Dry-run / simulation

若 possible:

SimulateBeforeExecute.\boxed{ SimulateBeforeExecute. }

293. 但 simulation-to-reality gap 存在

SimulationSuccess⇏RealitySafety.\boxed{ SimulationSuccess \not\Rightarrow RealitySafety. }

294. Canary execution

先小範圍:

βsmall.\boxed{ \beta_{\mathrm{small}}. }

295. Scale-up only with evidence


296. Irreversible action exception

若不可 canary,

authorization burden 更高。


297. No-recovery action

RecoveryPath=0\boxed{ RecoveryPath=0 }

應視為最高 tier。


298. Root irreversible action

候選:

Tiermax.\boxed{ Tier_{\max}. }

299. Dormant-by-default

對:

Tiermax,Tier_{\max},

本文偏好:

DormantByDefault.\boxed{ DormantByDefault. }

300. Paper 09 的 execution constitution

本文提出:

EXECONST.\boxed{ EXECONST. }

301. 條款 1

No permanent full root session。


302. 條款 2

All root access is session-bound。


303. 條款 3

All sessions have hard TTL。


304. 條款 4

All sessions have explicit scope / purpose。


305. 條款 5

All root sessions are auditable。


306. 條款 6

All root sessions have revocation path。


307. 條款 7

All emergency sessions have automatic expiry。


308. 條款 8

All temporary centralization has mandatory de-escalation。


309. 條款 9

All recovery roots are themselves escrowed。


310. 條款 10

No actor may self-certify authority expansion。


311. 條款 11

Context drift can invalidate authorization。


312. 條款 12

High-impact actions require heterogeneous thresholding where feasible。


313. 條款 13

Subject identity / memory / experience changes require separate consent governance。


314. 條款 14

Substrate bypass paths must be registered。


315. 條款 15

Task completion is not governance completion until PoD passes。


316. Governance state closure

正常結束條件:

Completed+Decomposed+Audited+ResponsibilityClosed.\boxed{ Completed + Decomposed + Audited + ResponsibilityClosed. }

317. 只有 Completed 不夠


318. 只有 Audited 也不夠

如果 root privilege 還 active。


319. Full closure

Close(Σ)=GoalStateRA(Σ)0PoD=1TraceR=Complete.\boxed{ Close(\Sigma) = GoalState \wedge RA(\Sigma)\approx0 \wedge PoD=1 \wedge Trace_R=Complete. }

320. 最終 canonical statement 1

DormantOmnipotence=HighLatentCapability+LowStandingAuthority.\boxed{ DormantOmnipotence = HighLatentCapability + LowStandingAuthority. }

321. 最終 canonical statement 2

GlobalPowerCanBeTemporarilyAssembledWithoutBeingPermanentlyOwned.\boxed{ GlobalPower CanBeTemporarilyAssembled WithoutBeingPermanentlyOwned. }

322. 最終 canonical statement 3

EmergencyPowerIsNotSafelyDesignedUntilItsReturnPathIsDesigned.\boxed{ EmergencyPower IsNotSafelyDesigned UntilItsReturnPathIsDesigned. }

323. 最終 canonical statement 4

TaskCompletionAuthorityTermination.\boxed{ TaskCompletion \neq AuthorityTermination. }

324. 最終 canonical statement 5

IntelligencePermission.\boxed{ Intelligence \neq Permission. }

325. 最終 canonical statement 6

PowerExistsStandingAuthority0TemporaryUseIsBoundedDeEscalationIsMandatory.\boxed{ PowerExists \land StandingAuthority\approx0 \land TemporaryUseIsBounded \land DeEscalationIsMandatory. }

326. 最後一句

真正令人安心的「全能」不是有一個永遠醒著、永遠握著 root key、永遠可以修改一切的最高存在;至少對有限文明而言,更成熟的架構反而可能是:能力被保留下來,但權限平時不存在;危機來時可以精確、有限、可追蹤地暫時組裝;事情結束後,系統不只說「已完成」,還必須證明那份臨時主權真的已經消失。

形式上:

MaturePower=AvailabilityWithoutPermanentPossession.\boxed{ MaturePower = AvailabilityWithoutPermanentPossession. }

參考文獻與外部比較座標

  1. NIST SP 800-207, Zero Trust Architecture.
  2. NIST NCCoE, Implementing a Zero Trust Architecture, especially just-enough / just-in-time privilege management, continuous access evaluation, revocation and session limitation.
  3. NIST NCCoE, Zero Trust Use Case H, Scenario H-5: temporary just-in-time access to higher-level data, including time- or access-count-based revocation.
  4. NIST IR 8214C, NIST First Call for Multi-Party Threshold Schemes (Final, 2026).
  5. NIST Multi-Party Threshold Cryptography project.
  6. CISA guidance on least privilege, privileged access management and emergency administrative access as lower-level operational comparisons.
  7. Literature on threshold cryptography, secure multi-party computation, capability security, privileged access management, break-glass procedures, distributed systems and emergency-power governance.
  8. Creator-Parity Civilization Series Paper 08 as direct theoretical dependency.
  9. Creator-Parity Civilization Series Papers 03, 05, 06, 07 for identity, phenomenal, epistemic and Logos interfaces.
  10. One–All/Open Ultimate Series Papers 03, 05, 11, 12 for non-erasure, power, creator responsibility and non-confiscatory intervention.

外部資料在本文中只作以下校準:

  • modern zero-trust implementations already use just-enough and just-in-time access, continuous re-evaluation, and revocation / limitation of active sessions;
  • NIST demonstration scenarios include temporary higher-level privilege that may be bounded by time or number of accesses;
  • threshold cryptography provides a concrete mechanism by which private / secret key material can be secret-shared across multiple parties and threshold operations computed jointly;
  • these mechanisms prove neither the sufficiency nor the correctness of creator-level governance; they only demonstrate that standing privilege reduction, temporary elevation, session revocation and distributed trust are technically meaningful patterns.

本文的 Dormant Omnipotence、Capability Lease、Dormant Capability State Machine、Mandatory Decomposition Principle、Proof of De-escalation、Heterogeneous Threshold Principle、Emergency Governance Debt、Dormancy Ratio、Execution Constitution 與 Governance State Closure 均為本文自身理論建構。


非主張

本文不主張:

  1. finite civilization 可以達到 absolute omnipotence;
  2. Dormant Omnipotence 是神學上真正的 omnipotence;
  3. threshold cryptography 可以解決所有治理問題;
  4. zero trust 等於 creator-level governance;
  5. just-in-time privilege 可以直接套用到 ASI;
  6. 所有 root capabilities 都應永遠封存;
  7. 所有 high-risk action 都必須人工批准;
  8. human approval 永遠比 automated policy 安全;
  9. distributed authorization 永遠比 centralized authorization 安全;
  10. emergency power 永遠不應使用;
  11. break-glass access 可以不受限制;
  12. hard TTL 可解決所有 privilege risk;
  13. audit log 必須向所有人完全公開;
  14. consent 可解決所有 identity intervention 問題;
  15. AI 不得有任何自主權;
  16. ASI 必然存在;
  17. creator-parity civilization 必然存在;
  18. hidden God 真實採用 capability escrow;
  19. Logos 等於 threshold protocol;
  20. Trinity 等於 capability recomposition;
  21. Bible 已預言 Dormant Omnipotence;
  22. 本文已完整解決 emergency governance、cryptographic trust 或 constitutional legitimacy。

END OF PAPER 09 — v0.1 Canonical Reconstruction