retoor
cc1c130b51
- Agent side: --cap-manifest plus --cap-speak stream-json binding with transcript-diff frames, diff/transcript artifacts, session config - Orchestrator: PTY driver (settle heuristics on PtyProc/TuiVtScreen), stream-json, ACP-stdio (permission/elicit/fs/terminal serving) and A2A drivers (dual draft/current spelling, SSE mapping) - Sessions, fleets: worktrees, master plans, mediated routing, budget refusal, audit log, research auto-answerer, --cap CLI - cap.md contract with drift tests; research/cap-protocol archive - Suites 1119 + 16 green
52 lines
2.2 KiB
Markdown
52 lines
2.2 KiB
Markdown
# CAP homepage (cap-protocol.org)
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## Metadata
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| Field | Value |
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| Institute | Molodetz Institute — Research & Retrieval Division |
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| Subject | cap-protocol |
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| Document type | Source Dossier |
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| Tier | 1 |
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| Source title | CAP CLI Agent Protocol (homepage) |
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| Source URL | https://cap-protocol.org/ |
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| Source type | project page |
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| Source date (published) | Unknown, not stated (living page; draft 2026-05-18 banner) |
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| Date researched | 2026-10-18 |
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| Researched by | tai (agent), model: Muse Spark, on behalf of retoor |
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| Research method | direct page fetch, read in full via saved output |
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| Confidence | High |
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| Status | Active |
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## Summary
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Positioning page: the protocol-stack table (MCP/ACP/A2A/CAP layers), the PTY-substrate plus fast-paths plus orchestration pitch, a manifest example, the two normative doc links, the reserved-profile table, status timeline, and FAQ (ACP/A2A differences, binding optionality, cooperative interruption pointer to §10.6).
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## Key findings
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- Layer claim: CAP is orch-to-CLI-agent at fleet scale; one agent may speak all four protocols at once.
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- Only PTY is required; "most agents implement at most one fast-path" (FAQ) sets the interop expectation tai should design to.
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- Reserved profiles: devops, data, security, research, content, sysadmin, network. Only coding is defined.
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- Governance: rsclaw maintainers transitional; LF proposal once 3+ independent implementations exist. Tai would count toward that bar.
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- Spec text CC BY 4.0, reference code MIT.
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## Pros / strengths
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- Fastest correct mental model of where CAP sits; the FAQ preempts the ACP/A2A confusion directly.
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- Confirms fast-path optionality as the norm, which justifies tai's phased binding rollout.
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## Cons / limitations / caveats
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- Marketing surface, not normative; the manifest example on the page trims fields the spec requires (e.g. no `capabilities.streaming_output`).
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- Status timeline may lag the repo (page says reference impl "in progress", repo STATUS says the driver matrix is done).
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## Relevance to tai
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Justifies phased conformance (PTY + one fast-path first) and records the licensing and governance facts the implementation conclusion relies on.
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## Changelog
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| Date | Change |
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| 2026-10-18 | Initial dossier created. |
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