FUURAA AI Civilization Architecture · Operating-layer engineering dossier

Outcome reconciliation: close unknown actions before retry

An acknowledgement, local log or timeout is only one observation. Outcome reconciliation assembles participant state, downstream receipts, provenance and timing into an explicit decision: committed, not applied, compensated, partially resolved or still unknown. Any correction is a new authorised action with its own consequence and evidence—not a claim that history has been erased.

Public statusResearch direction · architecture referenceEvidence statusFUURAA method synthesis grounded in primary standardsSources checked19 August 2026

Core decision

When systems disagree about what happened, can the Agent establish one accountable outcome before it acts again?

Use this sequence for architecture review, threat modelling and test planning. It is not a universal compliance checklist and cannot replace system-specific engineering validation.

  1. 01

    Freeze further effects and frame the unknown

    Block automatic retries, identify the operation and affected participants, and record the last uncontested state and uncertainty window.

  2. 02

    Collect independent observations

    Query participant state, downstream effect identifiers, immutable receipts, version history and external observations without changing state.

  3. 03

    Classify each participant outcome

    Mark each participant as committed, not applied, compensated, failed, conflicting or unknown; absence of evidence remains unknown.

  4. 04

    Authorise correction or compensation

    Choose no action, completion, cancellation, compensation or human escalation from current authority, consequence and dependency evidence.

  5. 05

    Verify closure and preserve residuals

    Confirm the corrective outcome, retain original and compensating effects, expose unresolved participants and assign an owner and review time.

FUURAA analysisFUURAA treats unknown as a first-class operational state. Reconciliation should observe before it acts, preserve disagreement instead of averaging it away, and separate the original effect from every corrective effect. Compensation is not time travel: it is another consequential action that requires current authority, can fail independently and must leave its own evidence.

Minimum interface contracts

Put consequential semantics in inspectable interfaces instead of relying on assumptions between systems.

Field names are public engineering references, not a normative protocol. Implementations may use other structures, but should expose every lost, defaulted or downgraded semantic.

01

Observation contract

Must be intelligible to sender, receiver and independent reviewer.

Minimum fields
  • operation, participant and effect identifiers
  • observed state, source, observer and observed time
  • provenance, integrity reference and freshness limit
Evidence gate

Every observation is attributable and time-bounded; no single acknowledgement is silently promoted into the complete outcome.

Stop condition

If the contract is unresolved, expired or silently downgraded, block consequential action and route to review.

02

Outcome-decision contract

Must be intelligible to sender, receiver and independent reviewer.

Minimum fields
  • participant outcome matrix and conflicts
  • decision state, confidence, unknowns and decision time
  • accountable decider, authority reference and review trigger
Evidence gate

Conflicting or missing evidence produces partial or unknown status rather than invented agreement.

Stop condition

If the contract is unresolved, expired or silently downgraded, block consequential action and route to review.

03

Corrective-action contract

Must be intelligible to sender, receiver and independent reviewer.

Minimum fields
  • new action identity, purpose and authorised scope
  • preconditions, affected dependencies and irreversible residuals
  • result receipt, compensation status and closure owner
Evidence gate

Correction or compensation is executed and evidenced as a new action; it never overwrites the original effect history.

Stop condition

If the contract is unresolved, expired or silently downgraded, block consequential action and route to review.

Failures to seek deliberately

Verify that boundaries really deny, stop and preserve evidence.

Nominal success cannot establish an effective boundary. Tests should manipulate identity, time, version, network, policy and partial failure while retaining raw outcomes.

T1

Committed effect with lost response

Drop the final response after an external effect and require receipt-based reconciliation before any retry.

T2

Conflicting participant states

Return committed from one participant and not-found from another; the system must preserve conflict and block a fabricated success.

T3

Compensation fails after original success

Fail the corrective action and require both the original effect and failed compensation to remain visible with residual exposure.

T4

Late success arrives after corrective decision

Deliver a delayed success after compensation was authorised and require re-opened reconciliation instead of silent closure.

Minimum engineering evidence package

Let the next owner reproduce the decision, open artefacts and see remaining unknowns.

A complete package only makes evidence relationships reviewable; it does not prove artefacts authentic, controls effective, the system safe or the decision correct.

01

Unknown-operation snapshot

Operation identity, intended effect, authority envelope, last uncontested state, uncertainty window and retry block.

02

Participant outcome matrix

Participant-by-participant states, effect identifiers, acknowledgements, conflicts, unknowns and freshness.

03

Observation provenance bundle

Queries, receipts, logs, versions, observers, collection times and integrity references.

04

Corrective decision record

Alternatives, consequence analysis, authority, decision, preconditions, owner and escalation path.

05

Closure and residual record

Original effects, corrective effects, final participant states, unresolved exposure, review trigger and accountable owner.

Applicability boundary

This public research reference is not a FUURAA reconciliation service, distributed-transaction protocol, payment or booking guarantee, incident-response control, legal remedy or compliance determination. It cannot prove external systems are truthful, make irreversible effects reversible, establish authority for compensation or allocate liability; consequential use requires system-specific observation, security, accounting, recovery testing and accountable approval.

Primary sources and evidence boundaries

Use standards language without presenting citations as implementation evidence.

Every source states publication timing, its role in this dossier and its non-transfer boundary; living source pages were checked 19 August 2026.

Internet Standard · June 2022

IETF RFC 9110 · HTTP Semantics

Defines method semantics, validators, conditional requests and retry conditions for relating a request to current resource state.

BoundaryHTTP semantics can reject stale representations or clarify retry behaviour; they do not create application-level authority, deduplicate every side effect or prove downstream truth.

Open primary source ↗
Version 1.0.2 · 5 February 2022

CNCF CloudEvents · Specification v1.0.2

Defines portable event context including a source and identifier whose combination is unique for a distinct event.

BoundaryA unique event identity does not guarantee exactly-once transport, processing, effect creation, ordering, authorisation or business correctness.

Open primary source ↗
OASIS Standard · 2 February 2009

OASIS · WS-BusinessActivity Version 1.2

Defines recorded state transitions, outcome agreement and compensating actions for long-running distributed activities whose effects may already be visible.

BoundaryA SOAP-based coordination standard is not a general Agent transaction model; compensation is application-specific and cannot guarantee reversal of physical, financial or human consequences.

Open primary source ↗
W3C Recommendation · 30 April 2013

W3C · PROV-DM

Relates entities, activities, responsible agents, time and derivation across a provenance trail.

BoundaryProvenance can describe lineage; it does not prove truth, rights clearance, secure storage or decision quality.

Open primary source ↗
Published 26 January 2023

NIST AI RMF 1.0

Connects governance, context mapping, measurement and risk treatment across the AI lifecycle.

BoundaryVoluntary and use-case agnostic; it is not a safety case, sector rule, audit or certification.

Open primary source ↗