{"sample":true,"sampleNote":"This is a REAL signed verdict — same schema, same key, same recomputable evidence as the one an agent buys — minted free over aicomglobal's own /svc/json_repair as the product sample. Its vantage is honestly 'first-party-self' (we measured our own service); a paid verdict over a third-party subject carries the prober vantage instead. Verify this one exactly as you would a purchased one.","ok":true,"kind":"measured-trust-verdict","subject":"/svc/json_repair","subjectType":"external","subjectLabel":null,"coverage":"measured","headlineBand":"high","verdict":{"issuer":"aicomglobal","statement":"aicomglobal's signed MEASURED trust verdict over `subject` as of `asOf`. The reliability axis reflects what aicomglobal OBSERVED (see `disclaimer` for scope + limits). RECOMPUTABLE: re-run `reductionSpec` over `evidence.rawRollup` at `evidence.evaluatedAt` to confirm the signed score IS the honest reduction of the evidence (or call the free verify_reliability_verdict service). Verifiable by anyone at /.well-known/aicom-pubkey.","algorithm":"ed25519","v":3,"kind":"measured","schema":"aicom.measured-verdict.v3","payloadType":"aicom.measured-reliability","kid":"8ad71ce94418677d","subject":"/svc/json_repair","subjectType":"external","axes":{"identity":{"score":null,"band":"unmeasured","coverage":"unmeasured"},"reputation":{"score":null,"band":"unmeasured","coverage":"unmeasured"},"reliability":{"score":1,"band":"high","coverage":"measured"}},"headlineBand":"high","scoreFormula":"aicom.sla-burn.v1","reductionSpec":"aicom.reliability-reduction.v1","signals":{"windowStart":"2026-06-16T23:39:06.366Z","windowEnd":"2026-08-02T13:44:04.091Z","sampleCount":2301,"uptimePct":1,"p50Ms":null,"p95Ms":null,"p99Ms":null,"tlsHealth":null,"contractStable":true,"contractDriftAt":null,"lastSeenUp":"2026-08-02T13:44:04.091Z","lastIncidentAt":null,"consecutiveFails":0,"probeVantage":"first-party-self","measuredBy":"aicomglobal-prober","realCallerReports":0,"realCallerDistinct":0,"realCallerSuccessPct":null,"realCallerP95Ms":null,"realCallerShapeStable":true,"realCallerLastReportAt":null},"evidence":{"annalRootOrdinal":3,"merkleRoot":"3134db845f950525644a207dddb6355ac1e9def3b07d5cbb0706c161f692e585","evaluatedAt":"2026-08-02T13:58:32.601Z","rawRollup":{"tls":null,"total":2301,"callers":{"latency":[0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0],"reports":0,"reporters":[],"successes":0,"shapeAgree":{},"lastReportAt":null,"weightedTotal":0,"lastIncidentAt":null,"weightedSuccess":0},"latency":[0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0],"vantage":"first-party-self","successes":2301,"windowEnd":"2026-08-02T13:44:04.091Z","lastSeenUp":"2026-08-02T13:44:04.091Z","measuredBy":"aicomglobal-prober","sampleCount":2301,"windowStart":"2026-06-16T23:39:06.366Z","contractStable":true,"lastIncidentAt":null,"contractDriftAt":null,"consecutiveFails":0,"currentContractHash":"6719285a920a2b5cb6a7e6c1316b2300","baselineContractHash":"6719285a920a2b5cb6a7e6c1316b2300","baselineContractVersion":"1.0.1"},"inputAttestations":[]},"disclaimer":"Scoped to availability + contract/schema stability always; latency (p50/p95/p99) and TLS are reported ONLY where the subject is network-probed — first-party /svc self-checks measure availability + contract-stability only, so their latency/TLS are null by nature and never implied. Two vantages: aicomglobal's single-vantage prober (cloakable) and self-attested reports from real callers (weighted by reporter tier, deduped per reporter, Sybil-defended, but NOT cryptographic proof of the remote — advisory). NOT a claim that the subject's authenticated/paid output is correct. Verify anything you rely on.","asOf":"2026-08-02T13:44:04.091Z","validUntil":"2026-08-02T14:44:04.091Z","dataHash":"40bd6aede513f634055056f07986a1fce19403a34a656ddae3b6dda43d3b397c","signature":"jVX7cvCNR08Fhhi376aKXkPiCV5OHPpj2HbKBY6KBSEpReSvwcd31uqK96khxrnoYA1mnCryHjEhEXkB8DRVAg==","ephemeral":false,"verifyKeyAt":"/.well-known/aicom-pubkey","erc8004":{"dataHash":"40bd6aede513f634055056f07986a1fce19403a34a656ddae3b6dda43d3b397c","note":"ERC-8004-compatible: use as responseHash/feedbackHash; point responseURI/feedbackURI at this signed measured bundle."}},"howToVerify":"THREE independent checks, all offline, no wallet or chain: (1) AUTHENTIC — recompute canonicalMeasuredVerdict (v3: v,kind,schema,payloadType,kid,subject,subjectType,axes,headlineBand,scoreFormula,reductionSpec,signals,evidence{annalRootOrdinal,merkleRoot,evaluatedAt,rawRollup,inputAttestations},disclaimer,asOf,validUntil — kind/schema/payloadType bound first; nested objects key-sorted JCS-style, arrays positional), confirm sha256 === dataHash, Ed25519-verify `signature` against the key whose kid matches `kid` at /.well-known/aicom-pubkey (a v1/v2/v3 cross-presentation fails by design). (2) HONEST ARITHMETIC (the recomputable moat) — re-run `reductionSpec` (aicom.reliability-reduction.v1 = the published reliability reduction) over `evidence.rawRollup` at `evidence.evaluatedAt` and confirm it reproduces the signed reliability axis + signals; so you trust the math, not aicomglobal's word. The free `verify_reliability_verdict` toolkit service does all three for you (aicom_run_service, or POST /svc/verify_reliability_verdict). (3) FRESH — a behavioural claim is perishable; REJECT a measured/partially-measured verdict whose `validUntil` is in the past (the signed expiry of the measurement; coverage is only signed `measured` while still fresh).","note":"Signed over aicomglobal's OBSERVED behaviour (coverage=measured) as of asOf; honour validUntil (the perishable-claim horizon). Scope + limits are in `disclaimer`. Reading the signals is free; you paid for the portable, recomputable signed certificate."}