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DocumentationAIP 1.0ReferenceQualification and Evidence

Implementation Status

This page separates the AIP 1.0 protocol contract from what the current Rust workspace and retained qualification evidence prove. The implementation review baseline is the 1.0.0 source line at commit e176a84c288767ffac6cff1e96a5c2ad02530399, reviewed on 2026-07-14.

A later commit, image, product revision, or deployment requires new evidence.

Status by Surface

Surface Current evidence Remaining qualification boundary
Native semantic core and schemas Typed models, validation, generated schemas, fixtures, and conformance tests exist Independent implementation interoperability remains separate
Runtime lifecycle Actions, sessions, approvals, transactions, callbacks, receipts, events, delegation, recovery, leases, and file/PostgreSQL backends exist Release-specific multi-node fault, capacity, backup, and disaster-recovery evidence
Native HTTP/SSE/WebSocket Daemon routes, auth middleware, query APIs, cursors, follow mode, and WebSocket tests exist External client matrix and protocol media-type correction described below
Native NATS Subjects, request/reply, listener, queue groups, reconnect behavior, and runtime routing exist Release-specific throughput, partition, and broker-failover campaign
MCP Server, client, stdio, legacy HTTP+SSE, Streamable HTTP, sessions, replay, OAuth helpers, schemas, and version matrix exist Complete independent all-version client/server evidence for the promoted release
A2A compatibility Agent Card, task operations, push configuration, encrypted credentials, signed delivery, and durable profile state exist Independent implementation and deployment qualification
Connector SDK Frozen trusted context, typed failures, implementation support, secrets, and conformance harness exist Every product connector must pass its applicable live campaign
aipctl Native operational, conformance, connector, receipt, and MCP commands exist No CLI value currently exposes native transaction mode reconcile; use a native envelope or SDK

Connector Qualification

Connector Implementation status External evidence
Cal.diy Complete pinned connector surface with frozen conformance Historical isolated-live PASS for the artifact identified in the 2026-07-13 report
Hermes Agent Complete pinned API and governed operator/delegation connector with frozen conformance Historical two-instance isolated-live PASS for the artifact identified in the 2026-07-11 report
CrewAI Authenticated sidecar, blocking/streaming execution, cancellation, idempotency, and restart fencing implemented Narrow exact-upstream execution evidence exists; complete retained isolated-live campaign is absent
Dify App/workflow execution, streaming, cancellation, human-input, and recovery mappings implemented Complete retained isolated-live campaign is absent
Chatwoot Signed ingress, egress, status, handoff, idempotency, and loop prevention implemented Complete retained isolated-live campaign is absent

The Cal.diy and Hermes reports explicitly identify pre-release source/image artifacts. They do not automatically qualify the current worktree or a rebuilt 1.0.0 image.

Known Documentation-Relevant Gaps

Native HTTP media type

The AIP 1.0 specification defines application/aip+json for complete native envelopes. The current aip-transport-http codec publishes that media type, but aipd’s Axum JSON routes and aipctl currently send or return application/json. The daemon accepts the normative request type because it is a structured JSON media type, but a strict content-type conformance claim requires the daemon and CLI response/request behavior to be aligned.

The Native HTTP API documents both the normative type and the current implementation behavior instead of hiding this difference.

CLI reconciliation

TransactionMode::Reconcile and runtime reconciliation are implemented. The current aipctl action call --transaction-mode value enum does not include reconcile. Native envelopes, SDK callers, and runtime recovery can use it; the CLI convenience surface still needs that value.

Release qualification

Repository tests and historical product reports are not a production campaign for an arbitrary deployment. Before promotion, run the release gate and the required identity, storage, restart, fault, load, external-provider, and independent-client scenarios against the exact image.

Claiming Status Correctly

  • Say implemented when code and deterministic tests exist.
  • Say conforming only for the named protocol/profile and evidence matrix.
  • Say qualified only for the exact artifact, dependency revisions, and topology in the retained report.
  • Say production-ready only after the target deployment’s operational and security campaign passes.

See Conformance and Qualification and the Testing and Evidence Index.