AI Agent Execution Profile of SCITT AIR
AI Agent Execution Profile of SCITT (AIR) is an agentic-web standard (document format) at step 9, Account, governed by Individual Internet-Draft submitted to the IETF Network Working Group; its own status is "Internet-Draft, Intended Status: Informational; expires 15 April 2027; work in progress" (draft). It answers: How can an agent operator produce independently verifiable, tamper-evident records of an AI agent's material actions using SCITT signed statements and an independent transparency service? Adoption is unmeasured, last verified 2026-10-18.
Account An individual IETF Internet-Draft (-01, Informational) profiling SCITT (RFC 9943) for AI agent execution evidence. It defines the AgentInteractionRecord, a hash-chained COSE_Sign1 signed statement for each material agent action, with the Agent Operator as Issuer and an independent Evidence Custodian as Transparency Service. It specifies registration policy, identity binding levels, redaction receipts and compliance mappings. The Evidence Receipt is not yet fully specified in this revision.
Discovery and probe
Not a web-discovery standard. Records are registered with a SCITT Transparency Service (Evidence Custodian) and verified by relying parties out of band.
NONE parse: on absent: No site-level probe is defined; support cannot be observed from a site's public endpoints.
History
- 2026-10-16 — auto-drafted candidate from exa (https://datatracker.ietf.org/doc/html/draft-emirdag-scitt-ai-agent-execution-01)
Instances
No instances recorded yet.
See also
Comparisons
References
- Internet-Draft defines the AgentInteractionRecord (AIR) as a COSE_Sign1 signed statement payload for material AI agent actions. It maps the Agent Operator to SCITT Issuer and an independent Evidence Custodian to Transparency Service, and defines registration policy, redaction receipts and regulatory mappings (EU AI Act Arts. 12/19, DORA, NIST AI RMF, MAS, PCI DSS, MiFID II). — https://datatracker.ietf.org/doc/html/draft-emirdag-scitt-ai-agent-execution-01 (2026-10-12) REPORTED