IndeProof

Pilot closeout report

The intended pilot closeout deliverable, shown with controlled synthetic data illustrating the frozen internal protocol’s planned scenario allocation. A faithful sample of the document format — not a customer result.

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Closeout report — Lead Assurance pilot (internal, controlled)

Prepared for: internal calibration · Status: illustrative sample — no executed run

DOC IP-CO-SAMPLE-001 · rev 1 · all identifiers synthetic

1 · The frozen Outcome Contract

Outcome verified
For each dispatched test event, exactly one contact record carrying the exact, byte-for-byte event identifier appears in the designated CRM.
Originating claim
The producing system asserts "lead created" and emits a unique event identifier at dispatch time.
Independent proof source
The CRM itself, queried by a separate verifier identity holding read-only contact access. The producer and verifier never share credentials.
Verification window
300 seconds, inclusive, from event dispatch.
Settlement
An additional 300-second settlement floor; a positive result requires at least 10 complete observations of the same exact singleton record through settlement, with mandatory re-audits at +5 and +30 minutes.
Classification
Deterministic and fail-closed: late or missing intended outcomes are failures; unavailable, contradictory, malformed, or duplicated proof remains uncertain; only events explicitly flagged as internal tests are excluded.
Contract frozen
Before the first counted event. No rule may change once execution begins.

2 · Planned run parameters (protocol specification — no run executed)

Environment
Specifies an isolated developer test account. No customer or production data would be used or accessible.
Duration
10 operating days (~1.5 weeks). No day may begin until the prior day's pending events and audits reach zero.
Event volume
250 controlled events, with failure modes to be injected deliberately so the classifier's honesty can be observed — not to simulate natural failure rates.

3 · Planned scenario mix and dispositions

Planned scenario mix and the dispositions the frozen rules assign (synthetic events; no run executed)
Planned scenarioEventsDisposition under the frozen rulesWhy
Ordinary on-time outcome175Verified on timeExactly one matching record inside the window, stable through settlement.
Late, missing, or wrong-ID35Verified failureIntended outcome absent at deadline, or identifier did not match byte-for-byte. Lateness is not forgiven.
Proof source unavailable20UncertainThe independent source cannot be observed through settlement. Nothing is inferred.
Duplicate records10UncertainThe contract requires exactly one record; two would match. Ambiguity is preserved, never picked from.
Explicit internal test flag10ExcludedOnly events explicitly flagged as internal tests are excluded — and each exclusion is itself recorded.

These proportions are chosen, not observed in the wild. They demonstrate classification behavior only and say nothing about natural failure frequency.

4 · Illustrative event trace (how one on-time event would settle)

Event evt_SAMPLE_0147 — synthetic identifier; illustrative timeline, not a recorded execution
T +ChannelObservation
0sClaimProducer dispatches the event; asserts "lead created"; identifier issued.
212sEvidenceVerifier (read-only) would observe exactly one matching record in the independent source.
300sContractBusiness deadline passes with the match present — inside the window.
600sEvidenceSettlement floor completes; ≥10 observations; singleton unchanged.
+5 min / +30 minAuditMandatory positive re-audits recompute the result from preserved evidence — planned behavior, shown illustratively.
Disposition the frozen rules would assign to evt_SAMPLE_0147 Verified on time

5 · Evidence the protocol preserves

  • For every event, the protocol specifies sequenced, integrity-tagged evidence artifacts: dispatch record, each verifier observation, deadline evaluation, settlement observations, and final classification.
  • Durable audit artifacts from the +5 and +30 minute recomputations, when a run is executed.
  • Artifacts store payload digests and keyed integrity tags — never credentials or tokens.
  • Artifacts are sequenced and tamper-evident. If later evidence contradicted a disposition, a linked superseding artifact would be created; an original entry is never rewritten.

Example artifact digest (synthetic): sha256:3b1f…9a04 — shown to illustrate format, not as verifiable data.

6 · Honest exclusions and what this sample does not establish

  • An illustrative sample of the internal, controlled protocol. No run has been executed.
  • Even a delivered report of this kind would not establish natural failure frequency, production security, customer value, willingness to pay, or generalization beyond its specific contract.
  • In the planned allocation, the 20 proof-unavailable and 10 duplicate scenarios settle as uncertain and stay uncertain. Uncertainty is a deliverable, not an error.

7 · Evidence-integrity audit — illustrative

Independent recomputation of all preserved evidence — shown with an illustrative result on synthetic artifacts Pass

This is the evidence-integrity audit result (PASS / FAIL / UNCERTAIN / UNAVAILABLE) — a separate layer from the outcome classifications in section 3. In a delivered report it would state that every preserved artifact independently recomputed and remained intact, and would prove nothing beyond that. Here it is illustrative: no artifacts exist to recompute.

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