跨視角閉合:宏觀個體與意圖閉合統一 v0.2
——從 Local Green 到可審計的 Macro-Intent Completion
English Title: Cross-Perspective Closure: Unifying Local, Boundary, Macro-Object, Environment, and Intent Completion
系列:《宏觀個體導向的動態全域觀察方法論》07 / 07
Series B: Macro-Object-Oriented Dynamic Global Observation Methodology
作者: Neo.K × AI 協作
版本: v0.2
日期: 2026-09-16
文件性質: AI-Native Engineering/Completion Semantics/Systems Verification & Validation/Multi-View Consistency/Assurance Case/Agent Governance
承接: Series A A01–A08、Series B B01–B06、Global-First Completion、MSSP × TDD × APR Production Closure Runtime
系列角色: Series B 封頂篇;統一 Green-Closure Misalignment 與 Dynamic Global Observation
機構: EveMissLab/一言諾科技有限公司
摘要
Series A 的起點是:
一個 validator、test suite、reviewer、Agent panel 或 CI pipeline 可以正確地對某個投影給出綠燈,卻仍沒有證明原始意圖被完成。
Series B 則逐步建立:
以及:
因此最後必須回答:
當不同視角、不同模態、不同局部與不同層級都已取得 evidence 時,什麼條件下才能合理宣稱「這個宏觀任務真的完成」?
本文提出:
Cross-Perspective Closure
跨視角閉合
並把 completion 分成兩個彼此不同但必須同時成立的結構:
A. World-Closure Topology
世界閉合拓撲
其中:
- :Local Closure;
- :Boundary Closure;
- :Cross-Perspective Closure;
- :Environment Closure;
- :Macro-Object Closure;
- :Intent Closure。
最終:
B. Certification Guards
認證護欄
即使 world closure 看似成立,仍需要:
其中:
- :Required Evidence Sufficient;
- :Discriminative Adequacy;
- :Evidence Freshness / Relevance;
- :No Blocking Actionable Obligation;
- :Scope / Authority Alignment。
因此本文的最終 completion predicate 為:
這個定義刻意不要求:
- 所有 possible perspectives 全開;
- 所有 imperfections 為零;
- 所有 conceivable risks 清零;
- 所有 views 完全相同;
- 所有 unknowns 消失;
- 整個世界被唯一重建。
相反,它要求:
對當前 intent、scope、risk、environment 與 authority 而言,沒有仍可合理推翻 completion claim 的必要 observation gap、boundary failure、material conflict、blocking obligation 或 intent mismatch。
本文特別提出:
- Relevant Perspective Set;
- Perspective Closure Ledger;
- Cross-Perspective Consistency vs Coherence;
- Conflict Typing;
- Macro Witness Bundle;
- Evidence-Root Awareness;
NOT_MEASURED != PASS;- Scoped / Versioned Completion;
- Completion Reopening;
- Dynamic Assurance Case;
- Completion Certificate v3;
- Closure Topology;
- Completion Claim Validity Interval。
外部 systems engineering 與 assurance literature 提供強近鄰。NASA Systems Engineering Handbook 明確區分:verification 證明「產品是否做對」,validation 則證明「是否做了對的產品」,且 validation 必須回到 stakeholder expectations 與 intended operational environment。NASA Product Integration 也直接強調 subsystem interactions、environment interactions 與 adverse emergent behavior。ISO/IEC/IEEE 42010 的 multi-view tradition,以及 multi-view modeling literature,長期把 inter-view consistency / inconsistency management 視為必要問題,並不要求所有不一致立即被機械抹除。Goal Structuring Notation(GSN)與 NIST assurance-case 定義則把可信 claim 組織成:
因此本文的 Completion Certificate 不應只是:
PASS
而應是:
一個有 scope、有證據、有 unresolved / deferred 狀態、有 validity interval、可被重新開啟的 dynamic completion assurance object。
本文最終把 Series A 與 Series B 統一為:
1. 最後的問題:到底什麼叫「真的完成」?
一個 task 可以同時出現:
unit tests: PASS
integration tests: PASS
review: PASS
CI: PASS
但:
- mobile UI 被遮住;
- production environment 不同;
- user flow 不能完成;
- external provider behavior 不一致;
- player 看不懂 mechanic;
- security authority boundary 被改變;
- original intent 其實要求另一件事。
所以:
2. Completion 是一個 Macro Claim
「完成」不是:
file-level property。
也不是:
test-suite property。
它是一個對:
——task-scoped macro object——
做出的:
3. 所以 Completion Claim 必須匹配 Claim Scope
若 validator scope:
只涵蓋:
completion claim scope:
則:
此時:
不能自動 promotion 成:
4. Completion Topology
本文不用單一 percentage。
因為:
可能意味:
- code 92%;
- boundary 20%;
- environment 0%。
所以需要:
5. C1 — Local Closure
回答:
每個當前 scope 中必要 constituent / component 在自己的 responsibility domain 內是否成立?
例如:
- parser;
- UI component;
- service;
- game mechanic;
- migration。
6. Local Closure 需要 Scoped Requirement
不是:
component 沒任何 defect。
而是:
7. Local Imperfection 可以存在
例如:
- optional refactor;
- style polish;
- low-impact issue。
只要:
8. C2 — Boundary Closure
回答:
使 constituents 成為一個系統的必要 relations 是否成立?
包括:
- API contract;
- state sync;
- data flow;
- timing;
- authority;
- retry;
- transaction;
- visual/gameplay alignment;
- human handoff。
9. Boundary Closure 是 A03 的核心
不推出:
10. Boundary Set
令 required boundaries:
每一 boundary:
則:
11. 不要求 All-Pairs
如果:
components,
不需驗:
所有 pair。
只驗:
12. C3 — Cross-Perspective Closure
回答:
對本次 task truly relevant 的不同 observation operators,是否仍存在能合理推翻 completion claim 的 material unresolved contradiction 或 unobserved perspective gap?
13. Perspective Closure 不是 Consensus
若:
不能 majority vote。
但:
如果兩者其實判斷不同 claim:
- backend latency;
- user perceived latency;
也不是真的 contradiction。
所以:
14. Relevant Perspective Set
令:
15. 不要求 All Perspectives
會造成:
- cost explosion;
- review inflation;
- Completion Drift。
16. Relevant 不是「名字看起來相關」
一個 perspective 必須有:
或 mandatory policy value。
17. Perspective Admission
若至少一項:
- 可區分 current ambiguity;
- 覆蓋 affected boundary;
- mandatory risk / policy;
- 有高價值 independent falsifier;
- target environment / stakeholder 必需。
18. Perspective Closure Ledger
每個 relevant perspective:
perspective:
status:
evidence:
claim_scope:
unknowns:
conflicts:
freshness:
independence:
19. Perspective Status
NOT_REQUIRED
OPEN
OBSERVED
PARTIAL
CLOSED
BLOCKED_EXTERNAL
DEFERRED_NONBLOCKING
CONFLICTED
STALE
20. NOT_REQUIRED != NOT_MEASURED
若 perspective 真不 relevant:
若 relevant 但沒有 evidence:
這兩者完全不同。
21. NOT_MEASURED != PASS
這條固定:
22. Cross-Perspective Conflict
對同一 claim / scope / time:
才是:
23. Conflict Typing
本文提出:
BLOCKING
RESOLVED
EXPLAINED_BY_SCOPE
EXPLAINED_BY_TIME
EXPLAINED_BY_SEMANTICS
DEFERRED_NONBLOCKING
UNKNOWN
24. EXPLAINED_BY_SCOPE
例如:
backend:
server response < 200ms。
UX:
perceived flow > 2s。
兩者不是同一 claim。
25. EXPLAINED_BY_TIME
一個 evidence:
另一個:
world 在中間改變。
26. EXPLAINED_BY_SEMANTICS
例如:
available
在 SRE:
service responds。
在 Product:
user can complete journey。
語義不同。
27. BLOCKING Conflict
同一 claim:
payment captured once
DB trace:
once。
provider trace:
twice。
則:
28. UNKNOWN Conflict
目前 evidence 不足。
此時:
若 conflict 會影響 completion。
29. Deferred Conflict
如果:
- low impact;
- out-of-scope;
- authorized defer;
可:
30. Multi-View Literature 的重要提醒
Multi-view systems engineering 長期承認:
- views overlap;
- views conflict;
- consistency management 很難。
而不是:
所有 views 必須立即被壓成同一 representation。
31. ISO 42010 傳統
architecture descriptions 需要:
管理 viewpoints / views / correspondences。
multi-view literature 進一步指出:
known inconsistencies 應被 recorded / managed。
這支持:
而非:
32. Consistency vs Coherence
本文區分:
Cross-View Consistency
同一時間:
claims 不互相結構矛盾。
以及:
Cross-View Coherence
跨時間 trajectory:
多視角組合仍形成一個可成立的 macro evolution。
33. Snapshot Consistency
34. Temporal Coherence
35. 為什麼 Coherence 更強?
兩 views 每個 snapshot 都不矛盾,
但 timeline 可能不可能。
例如:
- UI 顯示完成;
- backend 稍後 rollback;
- UI 沒更新。
每一瞬間單獨都有 explanation,
整體 user journey 不 coherent。
36. 2026 Synergic Modeling 近鄰
近期 multi-view modeling 研究也開始區分:
pairwise snapshot consistency
與:
multi-view temporal coherence。
B07 將此作為 macro closure 的重要近鄰。
37. C4 — Environment Closure
回答:
在真正 intended / target environment 中,系統是否仍成立?
38. Test Environment ≠ Target Environment
例如:
- local;
- staging;
- production;
- mobile;
- browser;
- hardware;
- network;
- external provider。
39. NASA Validation 的重要外部錨點
NASA 明確區分:
verification:product was done right。
validation:right product was done。
而 validation 需要:
intended environment + stakeholder expectations。
40. 因此 C_E 不可被 Local CI 完全替代
不推出:
41. Environment Closure 不一定是 Production
可以:
- production-like;
- simulator;
- test rig;
只要:
足以 support current claim。
42. Environment Adequacy 也需要 Evidence
environment:
target:
realized:
differences:
claim_impact:
43. Degraded Environment
例如 production inaccessible。
staging replay:
Completion claim 必須縮 scope。
44. C5 — Macro-Object Closure
回答:
作為一個整體,task-scoped macro-object 是否真的能產生目標 behavior / state transition?
45. Macro Closure 不等於前四層純 AND 的同義詞
它要求:
46. Macro Witness
令:
是一個可觀察:
end-to-end macro behavior 成立
的 witness。
47. Witness Example:Software
user action
→ frontend
→ API
→ persistence
→ updated render
完整成立。
48. Witness Example:Game
player input
→ mechanic
→ animation
→ state change
→ feedback
→ save / progression
49. Witness Example:Agent Action
intent
→ plan
→ tool action
→ world change
→ fresh observation
→ postcondition verified
50. Witness Example:Deployment
artifact
→ deployment
→ target runtime
→ external consumer
→ expected behavior
51. NASA Product Integration
NASA Product Integration 將 integration 描述為:
subsystem interactions + interactions with environments,
並檢查 integrated product:
- functions properly;
- no adverse emergent behavior。
這與:
高度相鄰。
52. Macro Witness > Artifact Existence
因此:
53. Macro Witness 也不是 Universal Proof
一條成功 flow:
只證:
至少一個 required successful trajectory。
它不能保證:
- all negative cases;
- all hidden dependencies;
- all environments。
54. Witness Bundle
所以高風險 claim 可使用:
55. Behavioral Witness
target behavior 可實際觀察。
56. Structural Witness
必要結構/dependency 沒靠 hidden support。
57. Discriminative Witness
validator 能拒絕 relevant bad state。
58. Environmental Witness
target environment / realistic condition 成立。
59. Intent Witness
user / stakeholder outcome 與原始目的一致。
60. Production Closure Runtime 的對接
既有 MSSP × TDD × APR Runtime 已建立:
B07 將其視為:
61. Behavioral Closure
問:
行為是否真成立?
62. Structural Closure
問:
移除 hidden support 後仍成立嗎?
63. Discriminative Closure
問:
validator 能區分 bad / equivalent states 嗎?
64. Discriminative Adequacy 是 Certification Guard
它不是新的 world layer。
因為:
validator quality
是:
65. C6 — Intent Closure
最終回答:
即使所有技術層都成立,我們有沒有完成使用者真正要的那件事?
66. Intent
令 canonical intent:
它不是:
第一條 literal prompt 永遠不可修正。
而是:
- original intent;
- authorized clarifications;
- authorized scope changes;
- required implied invariants。
67. Canonical Intent Object
68. Intent Closure
令 effective outcome:
則:
69. Align 不必是單一數字
可以是:
- goal satisfaction;
- scope;
- forbidden effects;
- user-visible outcome;
- authority。
所以:
通常是 structured judgment。
70. Series A 的母問題在這裡回來
A01:
就是:
71. Green Closure Misalignment
可能局部都高,
但:
仍:
72. Certification Guard 1 — Evidence Sufficiency
問:
每個 mandatory closure claim 有足夠 evidence 嗎?
73. Evidence Exists ≠ Evidence Sufficient
一張 screenshot:
不足以證 transaction semantics。
一個 unit test:
不足以證 user experience。
74. Claim-Evidence Match
75. Evidence Sufficiency Vector
claim:
evidence:
coverage:
freshness:
independence:
scope_match:
76. Certification Guard 2 — Discriminative Adequacy
validator 需要:
77. Green Validator 可能沒有判別力
如果 mutation 後仍 PASS:
78. Certification Guard 3 — Freshness / Relevance
Evidence:
- old version;
- wrong environment;
- wrong scope;
都不能支援 current completion。
79. Freshness
80. Relevance
81. Version Match
82. Certification Guard 4 — Blocking Obligation Closure
A05 / Global-First:
OPEN
RESOLVED
BLOCKED_EXTERNAL
DEFERRED_BY_SCOPE
OUT_OF_SCOPE
83. Completion 不要求 Findings Empty
要求:
84. Findings 可以留
- optional hardening;
- future feature;
- low-impact issue。
85. Certification Guard 5 — Scope / Authority Alignment
回答:
completion claim 是否在 authorized scope 內?
86. Reviewer 不能擴 Scope
A05:
87. Validator 不能擴 Scope
test 自己新增 requirement:
88. 完整 Completion Predicate
所以:
89. 這不是 Absolute Truth Predicate
它仍然是:
90. Scoped Completion
可以同時:
91. Versioned Completion
新 version:
需 affected closure update。
92. Time-Indexed Completion
動態 system:
不保證:
93. Completion Is Reopenable
新:
- world change;
- evidence;
- contradiction;
- scope change;
可:
94. Reopening 不代表前一次 Completion 是騙人
如果:
當時 evidence 足、scope 合法。
新的 world state:
改變。
則:
95. Completion Validity Interval
可記:
或:
valid_until:
affected_change
TTL
environment_change
96. Completion Reopen Condition
reopen_if:
- affected_boundary_changes
- evidence_expires
- target_environment_changes
- new_blocking_evidence
- authorized_scope_changes
97. Closure Memory
不要每次全清零。
每一 closed claim:
- evidence;
- version;
- reopen condition。
98. Causal Invalidation
若:
reopen。
否則:
99. Partial Closure Vector
真實 task:
可用於 diagnosis。
100. 但不應壓成一個百分比
會隱藏:
intent 低但 local 高。
101. Completion Topology
比 scalar 更重要的是:
哪一層 OPEN?
102. Example
不能:
80% complete。
因為 Intent Closure 只有:
103. Blocking Dimension
某些 closure 維度:
立即 block。
104. Threshold 依 Risk
低風險:
較低。
高風險:
105. Completion Vector + Hard Gates
所以:
只供:
- diagnosis;
- progress。
Final claim 仍需要 hard gates。
106. Cross-Perspective Closure 的真正條件
不是:
所有人 PASS。
而:
- relevant set 建立;
- required perspectives 有 evidence;
- material contradictions resolved / explained / authorized-deferred;
- no blocking unknown perspective gap;
- evidence lineage 可追。
107. Perspective Gap
如果 task 需要:
但:
則:
108. Perspective Non-Requirement
如果 task pure parser:
不 block。
109. Closure 要有 Negative Space
Completion certificate 必須說:
哪些沒有測。
否則 user 會把:
未提及
誤成:
已證明沒問題。
110. Not-Measured Section
not_measured:
- production_load
- human_accessibility
111. Deliberately Not Claimed
既有 AIDA delivery receipt 已直接使用:
Deliberately Not Claimed
這是一個非常成熟的 closure discipline。
112. 例
independent Twin closure: NOT CLAIMED
production readiness: NOT CLAIMED
比:
大概沒問題
強很多。
113. Claim Boundary
每個 certificate 需要:
114. Completion Certificate ≠ Marketing Statement
它是:
115. Assurance Case 近鄰
NIST 對 assurance case 的定義:
reasoned, auditable artifact supporting top-level claim with systematic argument, evidence, and explicit assumptions。
這與 Completion Certificate 有高度結構親緣。
116. B07 不等於 Safety Case
本文 completion certificate:
- domain general;
- 可低風險;
- 不必滿足安全認證標準。
所以:
117. 但可以借 Claim–Argument–Evidence
118. GSN
Goal Structuring Notation Version 3:
提供 engineering arguments 的標準化表示與 good-practice guidance。
B07 可作:
lightweight structured closure case。
119. Completion Assurance Case
頂層 claim:
Task X is complete for scope S at version V.
120. Subclaims
- local;
- boundary;
- perspective;
- environment;
- macro witness;
- intent。
121. Evidence
每 subclaim:
evidence refs。
122. Assumptions
例如:
- target browser;
- external API version;
- no production access;
- risk threshold。
123. Context
- intent;
- scope;
- version;
- time。
124. Rebuttal / Defeater
可記:
- known conflict;
- unmeasured domain;
- residual risk。
125. Dynamic Assurance
2025 argument-based AI fairness assurance 工作提出:
claim / argument / evidence 可在 lifecycle 中以 monitoring 持續更新。
這與:
非常接近。
126. Agentic AI 對 Assurance 的新問題
2026 一項 agentic AI T&E 研究指出:
傳統 assurance methods 對 system specifiability、stability、composability、supervisability 的假設會被 agentic properties 削弱。
它的重要提醒是:
evidence 本身不夠,還要檢查 evidence→claim 的 argument assumptions。
127. 因此 B07 要有 Assumption Ledger
assumptions:
- world_state_stable_during_test
- provider_api_version=v3
- mobile_viewport=390x844
128. Assumption Invalidated → Reopen
如果:
相關 closure:
129. Evidence ≠ Claim
這是 Assurance Case 思想的核心之一。
一個 test result:
需要:
130. Argument Layer
例如:
mobile screenshot PASS
怎麼支援:
mobile user-visible layout correct
需要:
- viewport match;
- current version;
- full relevant region;
- post-action state。
131. Weak Argument
evidence 真,
但 claim promotion 過大。
這就是 Green Closure Misalignment。
132. Evidence-Claim Promotion Audit
對每 promotion:
問:
- scope match?
- freshness?
- authority?
- discriminative power?
- missing counterexample?
133. Completion Certificate v3
本文提出:
completion_certificate:
id:
version:
created_at:
claim:
status: COMPLETE
scope:
macro_object:
intent_ref:
validity:
from:
until_condition:
closure:
local:
status:
evidence:
boundary:
status:
required:
unresolved:
evidence:
perspective:
relevant:
results:
unresolved_conflicts:
environment:
target:
realized:
differences:
status:
macro_object:
witness:
status:
intent:
status:
alignment_basis:
certification_guards:
evidence_sufficient: true
discriminative_adequacy: true
evidence_fresh: true
blocking_obligations: []
scope_authorized: true
evidence_roots:
- ...
assumptions:
- ...
not_measured:
- ...
deferred_by_scope:
- ...
residual_risk:
- ...
deliberately_not_claimed:
- ...
reopen_conditions:
- ...
authority:
completion_authority:
134. Certificate 必須 Versioned
因為:
- evidence;
- world;
- scope;
都會變。
135. Certificate 不應 Mutate 被驗證 Artifact
若 exact artifact attestation,
certificate 可以在 artifact 外。
既有 AIDA receipt 已採這種設計。
136. Self-Mutating Attestation Problem
如果:
加 completion receipt 會改 artifact hash,
會破壞所 attested version。
137. Exact Artifact Identity
可存:
138. Macro Object 不一定可 Hash
runtime world 不可能只 hash。
所以需要:
- version;
- environment;
- timestamps;
- evidence roots。
139. Closure Authority
誰可以宣告:
140. Completion Supervisor
Global-First 已提出 Completion Supervisor:
close actionable obligations。
B07 將它升級為:
141. Completion Authority ≠ Reviewer
reviewer 可以:
- find;
- challenge;
- request evidence。
但:
142. Completion Authority ≠ Validator
test suite:
沒有 product scope authority。
143. Completion Authority 也不能 Override Evidence
人類說:
我批准。
若 required evidence fail,
只能:
risk acceptance / waiver,
不能改寫:
144. Waiver
可有:
但必須:
- explicit;
- authorized;
- scoped。
145. Waived != Passed
146. Deferred != Resolved
147. Blocked External != Failed
外部 dependency unavailable:
不是:
也不是:
148. Closure State Algebra
至少:
PASS
FAIL
OPEN
UNKNOWN
CONFLICTED
STALE
BLOCKED_EXTERNAL
DEFERRED
WAIVED
NOT_REQUIRED
NOT_MEASURED
149. Boolean Compression 太早會丟語義
如果所有:
會把:
- unknown;
- deferred;
- stale;
混掉。
150. Final Boolean 只在 Promotion Gate 產生
內部保留 richer states。
151. Closure Algebra 的 Promotion
例如:
only if:
- mandatory closures PASS;
- allowed WAIVED / deferred only under policy;
- no blocking UNKNOWN / CONFLICTED / STALE。
152. Cross-Perspective Coherence Ledger
conflict:
perspectives:
- backend
- ux
same_claim: false
explanation: scope-difference
status: EXPLAINED_BY_SCOPE
153. 真 Conflict
conflict:
perspectives:
- db
- payment_provider
claim: single_charge
status: BLOCKING
154. Conflict Resolution Path
- align scope;
- align time;
- align semantics;
- compare evidence roots;
- increase resolution;
- reobserve;
- preserve unresolved if still real。
155. Do Not Force Consensus
如果 real conflict:
留著。
156. Cross-Perspective Closure ≠ Conflict Absence in All Possible Views
只對:
157. Relevant Set 也要可審計
certificate:
perspective_selection:
included:
excluded:
reason:
158. Excluded Perspective
例如:
security: NOT_REQUIRED
reason: no auth/input/trust-boundary change
159. 這防止事後補刀
不能:
任意想一個 perspective 沒驗過,就宣稱當時不 complete。
需要:
160. Completion Snapshot
歷史判斷要用:
當時 scope / evidence / risk。
161. 新知識可以 Reopen Future State
但不必 retroactively 宣稱:
當時所有人說謊。
162. Epistemic Humility
Certificate 應承認:
在目前 evidence standard 下 complete。
不是:
metaphysically perfect。
163. Residual Risk
所有工程都有:
可能。
164. Risk Transparency
residual_risk:
- low_probability_browser_edge
165. Residual Risk 不等於 Blocker
若:
- accepted;
- within policy。
166. Completion != Perfection
再固定:
167. Completion != Zero Unknown
只要 unknown:
不影響 current decision / risk threshold。
168. Decision-Sufficient Completion
B01/B03:
若所有 remaining compatible states:
一致,
可停止。
B07:
這是 closure stopping semantics。
169. Completion Stop Rule
當:
- all mandatory closure dimensions satisfied;
- no blocking obligation;
- required evidence sufficient;
- material conflicts resolved / typed;
- marginal validation information gain low;
- intent aligned。
170. Global-First Stop Rule
既有 Skill:
critical obligations closed
AND required evidence sufficient
AND marginal information gain low
B07 加:
cross-perspective + intent topology。
171. More Validation After Closure
可能:
不應因:
仍能想像新 edge case
無限延長。
172. Completion Drift Guard
A05:
review 不能自動生成 infinite obligations。
B07 certificate:
finding classification 必須在 closure plane。
173. Perception Finding ≠ Blocking Closure Gap
B06 發現:
visual polish suggestion。
可能:
174. Macro Witness Failure 一定 Blocking 嗎?
若 witness 是 mandatory path:
若 optional scenario:
scope matters。
175. Intent Closure 是 Terminal Criterion,但不是唯一 Layer
若 Intent 看起來滿足,
local hidden unsafe defect 仍可能 block。
所以:
176. 反過來 Local 全 PASS 也不夠
Series A 已證。
177. Completion 是 Conjunctive with Typed Exceptions
最終不是 simple vote。
178. Macro Witness 與 Validation
NASA validation:
verified end product satisfies intended use in intended environment。
因此:
並不是重複檢查。
179. Validation 重新連到 Stakeholder
這正是:
180. Environment + Intent
是「right product」層。
181. Local + Boundary
偏「built right」。
182. Perspective
連接:
我們是否從足夠相關角度知道它 built/right?
183. Macro
連接:
整體是否真的活起來?
184. Closure Stack
Intent Closure
↑
Macro-Object Closure
↑
Environment Closure
↑
Cross-Perspective Closure
↑
Boundary Closure
↑
Local Closure
不是嚴格序列,
但有層級依賴。
185. Cross-Cutting Guards
旁邊:
Evidence
Discrimination
Freshness
Obligations
Authority
186. Completion Topology Diagram
┌───────────────┐
│ Intent Closure│
└───────┬───────┘
│
┌───────v───────┐
│ Macro Witness │
└───────┬───────┘
│
┌───────────────┼───────────────┐
│ │ │
Environment Perspective Boundary
│ │ │
└───────────────┼───────────────┘
│
Local
Cross-cutting:
Evidence / Freshness / Discriminative Adequacy /
Blocking Obligations / Scope & Authority
187. Completion Certificate 不是 DAG Proof 必需
低風險 task 不必畫 GSN。
可用 compact YAML。
188. 高風險 Task 可以升級成 Assurance Case
需要:
- argument;
- assumptions;
- evidence;
- independent review。
189. Adaptive Completion Documentation
190. A04 的 Ceremony Guard
不要把 B07 變成:
每個 typo 都寫 20-page certificate。
191. Lightweight Receipt
小 task:
scope:
local: PASS
boundary: NOT_REQUIRED
intent: PASS
evidence:
status: COMPLETE
192. Medium Certificate
feature change:
- local;
- boundary;
- perspective;
- environment。
193. Deep Assurance Case
high risk:
- GSN / CAE;
- independent evidence;
- assumptions;
- authority。
194. Completion Documentation ≠ Completion
文檔很漂亮,
但 world fail:
195. Completion Without Documentation?
低風險可以 verbal。
但 automation / audit:
evidence receipt valuable。
196. Agent Long-Horizon Necessity
autonomous Agent:
需要 machine-readable closure state。
否則下一輪不知道:
- 已驗什麼;
- 哪裡可 reopen。
197. Completion State Store
closure_state:
claims:
evidence:
reopen_conditions:
version:
198. Closure Event
OPENED
EVIDENCE_ADDED
CONFLICT_ADDED
RESOLVED
CLOSED
REOPENED
EXPIRED
199. Completion Is Event-Sourced
保留 history:
為什麼當時宣告 complete?
200. Completion Provenance
201. Agent Self-Completion Risk
同 Agent:
- implement;
- test;
- judge;
- declare。
可能 common-mode error。
202. Independence Requirement
依 risk:
203. Low Risk
same-agent self-check 可足。
204. High Risk
需要:
- independent evidence;
- Twin;
- human;
- deterministic verifier。
205. A08 的 Evidence Root
Certificate 可列:
evidence_roots:
- runtime_trace
- browser_render
- independent_test
206. Agent Count 不重要
三個 Agents 同 root:
207. Evidence Independence
高風險:
至少一條不同 failure path。
208. Homogeneous Green Guard
若:
- same model;
- same test;
- same summary;
certificate:
209. Certificate 不應偽稱 Independent
既有 AIDA:
independent Twin closure deliberately not claimed。
這是正確做法。
210. Environment Witness 也需 Independence?
視風險。
例如:
provider receipt
最好加:
independent world read。
211. Receipt ≠ Outcome
B06/PNCW:
212. Post-Action Evidence 是 Macro Closure 必需之一
如果 task 改 world:
213. Prediction ≠ Postcondition
214. B07 Closure Control Plane
B06:
B07:
215. Evidence Plane 提供
- observations;
- provenance;
- conflicts;
- freshness。
216. Closure Plane 判
- relevant?
- sufficient?
- blocker?
- complete?
217. Perception 不擁有 Scope
B06 finding:
新 idea。
B07:
classifies。
218. Closure Plane 不應修改 World
它做:
- judgment;
- obligation / certificate state。
Action 仍由 execution plane。
219. Closure / Execution Separation
220. Closure / Authority Separation
Completion Supervisor 可計算:
readiness。
但 external commit:
authority gate。
221. Completion Ready vs Authorized Release
222. Product Complete vs Deployment Approved
兩個 claim。
223. 技術 Closure 與組織 Approval 不要混
這能避免:
一個主管按 approve = 技術 PASS。
224. Authority Receipt
release_authority:
decision:
signer:
scope:
225. Completion Claim 可存在但 Release = HOLD
例如:
technically ready, business launch delayed。
226. Release 可被迫但 Completion = FAIL?
組織可能 risk-accept。
應記:
released_with_waiver
不是:
PASS
227. Completion Semantics 需要誠實
這是 A02 的延伸。
228. Observed / Inferred / Reviewed / Verified / Effective
certificate 每 claim 可標:
basis:
observed
inferred
verified
229. Claim Authority Match
一個 LLM reviewer:
不能宣告 legal compliance。
除非:
designated system / human authority。
230. Cross-Perspective Closure 與 Human Stakeholder
某些 intent:
- aesthetic;
- taste;
- product direction;
human stakeholder 可能是不可替代 operator。
231. Human Perspective 不一定全程介入
只在 boundary:
232. User Acceptance
若 original intent 本質主觀:
"這是我想要的風格嗎?"
AI evidence 只能 support,
不能完全替代 user preference。
233. Intent Authority
最終可修改 intent。
234. 但 Intent Owner 不能改物理結果
user 說:
它沒 bug。
不讓 bug 消失。
因此:
235. Fact / Intent / Release Authority
三種 authority 分開:
- Fact authority:evidence;
- Intent authority:stakeholder;
- Release authority:organization/policy。
236. Closure 需要 Authority Topology
237. Macro Completion 是多權限協同
不能一個 universal judge。
238. Intent Closure 的最高風險錯誤
完成:
一個非常好的產品,
但不是:
使用者要的產品。
239. 技術過度完成
甚至:
比需求更高級。
仍可能:
240. Scope Respect
追加未授權 feature:
可能降低 intent alignment。
241. Minimal Disturbance
Global-First:
minimum global disturbance。
Intent closure 也包含:
不做不需要的改變。
242. Unintended Side Effects
即使 goal 完成,
如果 forbidden effect:
發生,
243. Intent Contract
intent:
must:
must_not:
preferences:
scope:
authority:
244. Must Not
非常重要。
例如:
不要改 API。
功能成功但 API breaking:
245. Completion Witness 需要負面條件
不只是:
target happened。
還要:
forbidden outcome didn't happen
在 required scope。
246. Discriminative Witness 接回來
mutation / negative cases:
247. Completion Claim 的三種方向
- Positive: required happened。
- Negative: prohibited did not happen。
- Equivalence: allowed alternatives accepted。
248. 三者一起比較穩健
249. Final Relevant Global Validation
Global-First:
final relevant global validation。
B07 定義它不是:
rerun everything。
而:
250. Closure Cone
對 final change:
需要 revalidate:
251. Closure Cone 可能跨 Perspectives
改 auth:
- backend;
- security;
- UX;
- environment。
252. Closure Cone ≠ Dependency Cone Only
還包括:
- intent;
- authority;
- stakeholder。
253. Completion Certificate Update
只更新 affected sections。
254. Incremental Closure
255. 不需每次重建全部 Certificate
重要 scalability。
256. Cross-Perspective Closure Algorithm
概念:
1. Load canonical intent and scope.
2. Build/update task macro-object.
3. Compute required local and boundary claims.
4. Compute relevant perspective set.
5. Acquire/validate required evidence via APR-DGO.
6. Align claims by scope/time/semantics.
7. Classify conflicts.
8. Obtain macro witness.
9. Validate target environment.
10. Evaluate intent closure.
11. Close blocking obligations.
12. Check evidence/discriminative/freshness/authority guards.
13. Emit certificate.
14. STOP or \text{REOPEN}.
257. 不需要先「全角色討論」
Perspective routing 是按需。
258. Conflict Resolution Algorithm
Conflict
→ same claim?
→ same scope?
→ same time?
→ same semantics?
→ evidence roots?
→ raise resolution / reobserve?
→ blocking?
259. Conflict Classification 先於 Repair
否則:
把假 conflict 修成真 bug。
260. Macro Witness Algorithm
select required end-to-end flow
→ identify preconditions
→ execute / simulate
→ capture fresh evidence
→ compare postcondition
→ archive witness
261. Intent Closure Algorithm
canonical intent
→ extract must/must-not
→ map to effective outcomes
→ verify no material gap
262. Completion Reopen Algorithm
new event
→ affected claims
→ invalidate evidence
→ reopen closure dimensions
→ targeted re-observe
263. Completion Certificate API
{
"status": "COMPLETE",
"version": "v17",
"scope": "...",
"closure": {
"local": "PASS",
"boundary": "PASS",
"perspective": "PASS",
"environment": "PASS",
"macro": "PASS",
"intent": "PASS"
},
"guards": {
"evidence": "PASS",
"discriminative": "PASS",
"freshness": "PASS",
"obligations": "PASS",
"authority": "PASS"
}
}
264. Real certificate 必須 richer
以上是 UI summary。
底層保留:
- evidence;
- assumptions;
- not measured;
- residual risk。
265. Summary ≠ Certificate
UI 可顯示:
COMPLETE
但 drill-down 必須存在。
266. Human-Readable Summary
Completed for requested mobile checkout scope.
Verified end-to-end in staging with fresh browser and provider-sandbox evidence.
Production load was not measured.
Optional animation polish deferred.
這比:
done
更誠實。
267. Machine-Readable + Human-Readable
兩者都需要。
268. Closure Certificate 可跨 Agent 傳遞
下一 Agent 讀:
不需要從零猜。
269. Memory Crystallization
certificate 是:
270. 但不應替代 Evidence
certificate:
index。
不是 raw source。
271. Evidence Link 保留
future dispute:
revisit。
272. Completion Certificate 也有 TTL
dynamic claim:
expires。
273. Static Artifact
hash-stable package:
TTL 可長。
274. Live Service
TTL 短。
275. Agent Long-Running Task
completion 可能:
conditional。
276. Conditional Completion
complete while external dependency remains version v3
277. Environment Assumption
外部 API change:
reopen。
278. Completion Is Conditional Assurance
這比「永遠完成」更現實。
279. Closure Debt
如果 implementation 已完成,
但:
- perspective;
- environment;
- intent;
沒 closure,
就是 A06:
280. B07 可量化 Closure Debt
僅作 diagnosis。
281. 不用 Debt Score 宣告 Complete
hard gates 仍優先。
282. Closure Backlog
open closure claims:
283. Completion Throughput
A06:
Verified, Governed, Reversible State Transitions。
B07 可要求:
284. Trusted Transition
一個 transition:
若:
- world closure;
- certification guards;
成立:
285. AI-Native Productivity 最終接口
真正 production throughput:
286. 這比 LOC / Token 更終局
因為:
每個 transition 都已綁 intent。
287. Series A + B 統一 Runtime
Intent
↓
Canonical Scope
↓
Macro Object
↓
Global Skeleton
↓
Implementation / World Change
↓
Dynamic Perspective Router
↓
APR-DGO Evidence Plane
↓
Local / Boundary / Perspective / Environment Evidence
↓
Macro Witness
↓
Intent Closure
↓
Certification Guards
↓
Completion Certificate
↓
STOP / REOPEN
288. Series A 是 Failure Diagnosis
A01:
Green != Intent。
A02:
Observable != Effective Completion。
A03:
Local != Global。
A04:
Process != Progress。
A05:
Finding != Obligation。
A06:
Generation != Trusted Absorption。
A07:
Capability != Activated Perspective。
A08:
Agreement != Independence != Correctness。
289. Series B 是 Repair Architecture
B01:
Macro Object。
B02:
Observation Operators。
B03:
Resolution。
B04:
Reason/Observe Balance。
B05:
Perspective Routing。
B06:
Dynamic Evidence Plane。
B07:
Closure Control Plane。
290. 兩系列的總公式
291. 全域最終定義
前幾篇逐步增加:
B07 加最後一項:
292. Series B Globality v1.0
293. 這個 Globality 不要求 Maximum Context
294. 不要求 All Modalities
295. 不要求 Many Agents
296. 不要求 God View
297. Globality 是「知道自己在哪一個投影,還缺什麼,以及何時足夠」
這是 Series B 最終語義。
298. 最後的工程精神
不是:
懷疑到永遠。
而是:
用足夠異質且適當的 evidence,把 completion claim 支撐到可合理停止。
299. Skepticism Without Stop Rule 也是 Failure
如果永遠:
可能還有 bug,
就沒有工程 completion。
300. Confidence Without Evidence 也是 Failure
兩極都不對。
301. B07 的平衡
而非:
302. 可否證條件一
如果 Cross-Perspective Closure:
- cost 大增;
- defect escape 不降;
- intent alignment 不改善;
其工程價值需縮小。
303. 可否證條件二
如果 relevant perspective selection 經常漏 critical perspective,
router + closure 不可靠。
304. 可否證條件三
如果 Macro Witness 對 escaped failure 的預測力低於 ordinary tests,
需重新定義 witness。
305. 可否證條件四
如果 Completion Certificate 無法改善:
- audit;
- reopen;
- handoff;
只是 ceremony。
306. 可否證條件五
如果 certificate 的 evidence→claim argument 經常無法被 reviewer 理解,
assurance layer 失去價值。
307. H1 — Closure Topology
相較單一 CI green,
multi-layer closure 應降低:
308. H2 — Perspective Closure
對 multimodal / socio-technical task:
對 macro failure 有增量預測力。
309. H3 — Macro Witness
具有 end-to-end witness 的 task:
310. H4 — Intent Closure
顯式 應降低:
technically-correct-but-wrong-product。
311. H5 — Dynamic Certificate
versioned evidence / reopen conditions 應降低:
312. H6 — NOT_MEASURED Discipline
明確 NOT_MEASURED 應降低:
unsupported confidence。
313. H7 — Conflict Typing
相比強制 consensus,
typed conflicts 應:
- 保留更多有效 evidence;
- 降低 false resolution。
314. H8 — Assurance Structure
Claim–Argument–Evidence 型 certificate 應提高:
- third-party review;
- handoff;
- reproducibility。
315. H9 — Adaptive Documentation
risk-adaptive certificate 深度:
同時:
維持。
316. H10 — Incremental Reopening
affected-cone reopen:
相比 full recertification。
317. Benchmark:False Completion Suite
建立 tasks:
all tests pass but UI wrong
all components pass but boundary wrong
all roles agree but same bad evidence
staging pass but production-like fail
macro flow works but user intent wrong
receipt success but world unchanged
318. Measure
各 completion scheme 是否:
319. Desired
B07:
reject false completion。
320. Positive Suite
同時要測:
真 complete 不要過度阻擋。
321. False Block Rate
322. False Completion Rate
323. Cost Trade-off
追求:
不能讓:
324. Completion Utility
325. Risk-Weighted
高風險:
326. Low Risk
validation cost 更重要。
327. Closure Depth
因此:
328. Completion Certificate Profile
LIGHT
STANDARD
DEEP
ASSURANCE
329. LIGHT
small reversible local task。
330. STANDARD
ordinary feature。
331. DEEP
cross-system / production。
332. ASSURANCE
regulated / high consequence。
333. Profile 決定
- perspectives;
- witness depth;
- independence;
- argument documentation。
334. Profile 不決定 Truth
只是 required evidence standard。
335. B07 Runtime State
其中:
- :intent;
- :macro belief;
- :closure vector;
- :obligation ledger;
- :evidence;
- :conflicts;
- :assumptions / authority;
- :risk;
- :version/time validity。
336. Closure Action
337. REQUEST_EVIDENCE
回 B06。
338. RESOLVE_CONFLICT
回 B05/B06:
- perspective;
- reobserve。
339. CLASSIFY_FINDING
A05。
340. REOPEN
affected closure。
341. CLOSE
建立 claim。
342. DEFER
nonblocking。
343. WAIVE
explicit authority。
344. STOP
emit certificate。
345. B07 不應直接修 code
Closure Control Plane:
判斷。
Implementation plane:
repair。
346. Control Separation
可由同 actor 擔任多 role,
但語義必須分開。
347. 系列的最終閉環
如果 B07 發現:
因 visual unknown,
回:
348. 如果 C_B=0
回:
349. 如果 C_I=0
回:
- intent recovery;
- scope correction。
350. 如果 E_S=0
回:
targeted evidence。
351. 如果 O_C=0
repair blockers。
352. 如果 all closed
353. Stop 是一級系統動作
不再是:
沒事可做。
而是:
354. Completion Supervisor 的成熟版本
不是:
reviewer manager。
而是:
355. Closure State Controller 目標
subject to:
- scope;
- evidence;
- risk;
- authority。
356. 不 optimize Review Count
357. 不 optimize Test Count
358. 不 optimize Agent Count
359. 不 optimize Tokens
360. optimize:
361. 系列總命題
Series A:
Series B:
需要:
362. 最終統一式
363. Series B 的核心命題
本文 v0.2 收束為三十二條。
P1 — Completion Is Macro
是 macro-object claim,而非單一 validator property。
P2 — Multi-Layer Closure
P3 — Certification Guards
P4 — Final Completion
P5 — Local Non-Global
P6 — Boundary Necessity
required cross-component relations require independent closure。
P7 — Perspective Relevance
P8 — No All-Perspective Requirement
P9 — Perspective Closure Non-Consensus
P10 — Conflict Preservation
應被 typed / preserved,而不是強制抹平。
P11 — Consistency / Coherence Separation
P12 — Environment Closure
P13 — Macro Witness
偏好 executable end-to-end witness,而非 artifact existence。
P14 — Witness Non-Omniscience
P15 — Intent Terminality
是 completion 的 terminal semantic criterion 之一。
P16 — Correct Artifact / Wrong Intent
P17 — NOT_MEASURED
P18 — WAIVED
P19 — DEFERRED
P20 — Evidence / Claim Separation
需要 argument / scope mapping。
P21 — Completion Certificate as Assurance Artifact
P22 — Versioned Completion
P23 — Reopenability
是正常生命周期。
P24 — Completion Non-Perfection
P25 — Completion Non-Omniscience
P26 — Decision-Sufficient Closure
remaining uncertainty 若不再改變 authorized decision,可合理停止。
P27 — Receipt / Outcome Separation
P28 — Independent Evidence Risk Adaptation
independent evidence depth 應:
P29 — Incremental Closure
P30 — Closure Control Plane
而 B06:
P31 — Globality v1.0
P32 — Series A + B Final Principle
364. 結論
Series A 從一個非常簡單、但後果巨大的問題開始:
為什麼全部綠燈,還是可能沒有完成?
答案逐漸清楚。
因為:
- 綠燈可能只驗局部;
- review 可能只製造流程;
- finding 可能被錯升格;
- 多 Agent 可能只是同質;
- 高能力可能沒啟動正確 perspective;
- 世界 evidence 可能根本沒進 context;
- validator 可能沒有判別力;
- technical success 可能完成錯意圖。
Series B 反過來問:
如果單一投影永遠不等於宏觀個體,我們應如何觀察?
因此建立:
- Macro Object;
- Role as Observation Operator;
- Observation Resolution;
- Reasoning–Observation Balance;
- Dynamic Perspective Routing;
- APR Dynamic Global Perception;
- Cross-Perspective Closure。
最後得到的「全域」並不是:
全部資料。
不是:
全部 Agent。
不是:
全部模態。
也不是:
一個無所不知的 super-architect。
真正的全域能力是:
Agent 知道自己正在處理哪一個宏觀個體,知道目前看到的只是什麼投影,知道哪些 relevant perspectives 尚可推翻目前信念,知道在哪裡提高解析度最有價值,並在取得足夠異質且可追溯的 evidence 後,能判定 Local、Boundary、Perspective、Environment、Macro 與 Intent 是否共同閉合。
所以:
的最終工程形式是:
而 Completion 也不再是一個:
done = true
的旗標。
它是一個:
真正的停止條件不是:
再也想不到任何問題。
而是:
在當前 intent、scope、risk、environment 與 evidence standard 下,所有會影響任務結果的必要 closure gap 已被關閉;剩下的不確定性不再足以合理推翻當前 completion claim。
因此,兩個系列最終可以濃縮成:
以及:
中文即:
綠燈只是局部訊號;完成,是一個需要被證據合理支撐的宏觀個體命題。
真正的全域智能不是把所有東西都看完,而是知道還有哪些觀察真正重要、以足夠解析度取得它們、閉合不同視角之間的差異,並在原始意圖所要求的宏觀世界轉換已獲充分支持時停止。
至此:
Series A — 綠燈錯置與操作意圖不對齊
與
Series B — 宏觀個體導向的動態全域觀察方法論
完成理論閉合。
參考文獻
A. 外部研究、標準與工程框架
NASA. NASA Systems Engineering Handbook — Product Verification.
https://www.nasa.gov/reference/5-3-product-verification/
Verification 用於確認 realized product 符合 specified requirements,對應「product was done right」。NASA. NASA Systems Engineering Handbook — Product Validation.
https://www.nasa.gov/reference/5-4-product-validation/
Validation 確認 verified end product 在 intended operational environment 中滿足 stakeholder expectations 與 intended use,直接支持 B07 的 Environment / Intent Closure 分離。NASA. NASA Systems Engineering Handbook — Product Integration.
https://www.nasa.gov/reference/5-2-product-integration/
Product integration 處理 subsystem interactions、environment interactions、higher-level integrated behavior 與 adverse emergent behaviors,與 Boundary / Macro-Object Closure 高度相鄰。NASA. Distinctions between Product Verification and Product Validation.
https://www.nasa.gov/reference/2-4-distinctions-between-product-verification-and-product-validation/
清楚區分 requirement compliance 與 intended-purpose / stakeholder validation。NASA. Systems Engineering Handbook — Verification and Validation Plan Outline.
驗證/確認計畫包含 scope、responsibility、change authority、end-item integration、complete-system integration 與 end-to-end V&V。ISO/IEC/IEEE 42010:2022. Software, systems and enterprise — Architecture description.
https://www.iso.org/standard/74393.html
多 viewpoint / view / model kind 之 architecture-description standard;本文以其作跨視角 representation / correspondence 的標準化背景,而不把 B07 Closure 等同 architecture-description conformance。Cicchetti, A., Ciccozzi, F., Leveque, T., et al. (2019). Multi-view approaches for software and system modelling: a systematic literature review. Software and Systems Modeling.
https://link.springer.com/article/10.1007/s10270-018-00713-w
系統回顧 multi-view modeling、viewpoint overlap、consistency management 與 inconsistency resolution;特別指出 practical multi-view engineering 需要管理已知 inconsistencies,而非假定所有 views 永遠天然一致。Ali, N., Baker, S., O’Crowley, R., Herold, S., Buckley, J., et al. (2018). Architecture consistency: State of the practice, challenges and requirements. Empirical Software Engineering, 23, 224–258.
https://link.springer.com/article/10.1007/s10664-017-9515-3
實證研究 architecture consistency、implementation–architecture divergence 與 practice barriers,支持「描述/實作/effective system 間 consistency 必須被顯式維護」。Synergic modeling of coherent systems. Software and Systems Modeling (2026).
https://link.springer.com/article/10.1007/s10270-026-01404-7
區分 static pairwise multi-view consistency 與跨 trajectory 的 multi-view coherence;本文以其作 Cross-Perspective Consistency vs Temporal Coherence 的最新外部近鄰。Aßmann, U. et al. / runtime view-model line; EMF-Syncer: scalable maintenance of view models over heterogeneous data-centric software systems at run time. Software and Systems Modeling (2023/2024).
支持 heterogeneous runtime data、view models、incremental synchronization 與 runtime consistency maintenance,是 B06/B07 persistent dynamic views 的近鄰。ACWG / Safety-Critical Systems Club. (2021). Goal Structuring Notation Community Standard (Version 3).
https://scsc.uk/gsn-standard
GSN 提供 engineering arguments 的 notation 與 best-practice guidance;本文只借其 Claim–Argument–Evidence / assumptions 思想作 Completion Certificate 的 assurance-case 近鄰。NIST CSRC. Assurance Case — Glossary.
https://csrc.nist.gov/glossary/term/assurance_case
將 assurance case 定義為 reasoned、auditable artifact,以 systematic arguments、underlying evidence 與 explicit assumptions 支持 top-level claims。NASA / NTRS. Assurance Case Notations and Tools.
介紹 Claims–Argument–Evidence(CAE)、GSN 等 structured assurance-case approaches,支持 B07 的「Evidence != Claim,需要 argument layer」。Sabuncuoglu, A., Burr, C., & Maple, C. (2025). Justified Evidence Collection for Argument-based AI Fairness Assurance. arXiv:2505.08064.
將 dynamic argument-based assurance 與 lifecycle monitoring / evidence collection 結合,提供 versioned / continuously updated assurance case 的現代 AI 近鄰。Kim, R. M., Kuehnert, B., Lai, A., Holstein, K., Heidari, H., & Ghani, R. (2026). Toward Third-Party Assurance of AI Systems: Design Requirements, Prototype, and Early Testing. arXiv:2601.22424.
提出 end-to-end third-party AI assurance framework,強調 process + outcome、responsibility assignment、stakeholder evidence 與 assurance report。Richard, U., Frase, H., Cao, S., Cooke, D., Kwon, S., & Tan, A. (2026). Testing and Evaluation of Agentic AI Systems In Military Command and Control. arXiv:2608.20597.
以 agentic AI 為案例指出 assurance case 的 claims、evidence 與 linking argument 三者必須分離,並分析 specifiability、stability、composability、supervisability 假設在 agentic system 中可能被削弱。本文只採其一般 assurance-method lesson,不外推其特定 domain 結論。Gerpheide, C. M. et al. / multi-view synchronization line. Multiple Model Synchronization with Multiary Delta Lenses (FASE 2018).
提供多於二個 models/views 的 consistency restoration / synchronization 形式背景。Integrated multi-view modeling for reliable machine learning-intensive software engineering. Software Quality Journal (2024).
提出整合 business、safety、architecture、ML training 等 multiple views 與 traceability / consistency,提供 ML system-level multi-view closure 的近鄰。
B. Neo.K / EveMissLab 既有研究
Neo.K. 〈綠燈錯置——AI 時代「通過驗證」不等於「完成意圖」的新型不對齊〉,Series A A01, 2026.
建立:Neo.K. 〈表觀成功與實質完成的分離〉,Series A A02 v0.2, 2026.
建立 Declared / Observed / Inferred / Reviewed / Verified / Effective Completion State 與 Completion Claim Authority。Neo.K. 〈局部正確與全域失敗〉,Series A A03 v0.2, 2026.
建立 Local / Boundary / Cross-Perspective / Environment / Intent Closure 與 Macro Completion Certificate 初型。Neo.K. 〈流程代理錯置〉,Series A A04 v0.2, 2026.
建立 Process Activity != Mission Progress、Adaptive Process Depth 與 evidence-yield-oriented validation。Neo.K. 〈驗證義務膨脹與 Completion Drift〉,Series A A05 v0.2, 2026.
建立 Finding != Requirement、blocking promotion、Completion Frontier、review stop discipline 與 obligation ledger。Neo.K. 〈生成—治理缺口與 AI 原生結構負擔〉,Series A A06 v0.2, 2026.
建立 Closure Debt、Trusted Change Throughput 與 Verified, Governed, Reversible State Transition。Neo.K. 〈能力—視角啟動不對稱〉,Series A A07 v0.2, 2026.
建立 Capability != Perspective Activation != Observed Evidence,以及 Dynamic Perspective Routing 的 failure diagnosis。Neo.K. 〈同質綠燈:多 Agent 不等於多視角〉,Series A A08 v0.2, 2026.
建立 Agreement != Independence != Correctness、Independent Evidence、Evidence Root、Homogeneous Green。Neo.K. 〈宏觀個體與局部投影〉,Series B B01 v0.2, 2026.
建立 Macro Object、Constituent != Projection、Ambiguity Set、Decision-Sufficient Observability。Neo.K. 〈角色即觀察算子〉,Series B B02 v0.2, 2026.
建立 Role → Observation Operator、Role Meta-Awareness、Observation / Responsibility / Authority separation。Neo.K. 〈解析度理論:多模態不是資料堆積〉,Series B B03 v0.2, 2026.
建立 Observation Resolution = Relevant State Distinguishability、Minimum Sufficient Resolution、Resolution Ledger。Neo.K. 〈推理解析度與觀察解析度不對稱〉,Series B B04 v0.2, 2026.
建立 Reasoning / Observation asymmetry、Balanced Epistemic Compute 與OBSERVE / REASON / INTERVENE / ACT / STOP。Neo.K. 〈動態視角路由〉,Series B B05 v0.2, 2026.
建立 Perspective Router、Global Mind / Local Lens、Perspective Stack、Risk / IG / Cost routing。Neo.K. 〈APR 驅動的動態全域感知〉,Series B B06 v0.2, 2026.
建立 APR-DGO、Persistent World Belief、Evidence Archive、Fast / Slow Loop、Historical Revisit、Post-Action Observation,並將 B06 定位為 Dynamic Evidence Plane。Neo.K. MSSP × TDD × APR Production Closure Runtime, 2026.
建立 Behavioral / Structural / Discriminative Closure,以及: $$ \text{Promotable}(x)\text{BehaviorallyClosed} \land \text{StructurallySufficient} \land \text{DiscriminativelyAdequate} \land \text{AuthorizedPromotion}. $$
Neo.K. AIDA-MVP-6 Final Delivery Receipt, 2026.
以 exact-artifact verification、Behavioral / Structural / Discriminative Closure、Deliberately Not Claimed 與NOT_MEASURED != PASS展示 receipt discipline。Neo.K. Global-First Completion v2.1, 2026.
建立:- validation follows causal radius / actual risk;
- critical obligations closed;
- required evidence sufficient;
- marginal validation information gain low;
- Completion Supervisor;
- known imperfection != incompletion。
Neo.K. Projection-Native Perception–Action Loop, PNCW Paper 08, 2026.
建立Receipt != IndependentVerification、ExpectedOutcome != ObservedOutcome、post-action machine evidence、belief revision 與禁止循環自證。
End of Series B — B07 v0.2
Series B Complete