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Agent Layer Capabilities — What agent-core, agent-runtime, and agent-platform Should Actually DoAgent Stack Decomposition — agent-platform, agent-core, SDK, and adaptersGap Inventory — Graph vs ImplementationGraph Alignment Tasks — Make the Repo Match the GraphAdapter Architecture — Graph vs Packages Deep DiveNaming Alignment — Graph Concepts vs Package Names
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docs/v6-spec-and-roadmap/v6-1/v6-1-priorities

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v6.1 Priorities — Actionable Work Items reference

Work items derived from the gap inventory, ordered by impact and feasibility.

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Agent Layer Capabilities — What agent-core, agent-runtime, and agent-platform Should Actually DoAgent Stack Decomposition — agent-platform, agent-core, SDK, and adaptersGap Inventory — Graph vs ImplementationGraph Alignment Tasks — Make the Repo Match the GraphAdapter Architecture — Graph vs Packages Deep DiveNaming Alignment — Graph Concepts vs Package NamesStack Layer Map — Atlas Graph to Package Mapping

v6.1 Priorities — Actionable Work Items

Work items derived from the gap inventory, ordered by impact and feasibility.

P0: Fix Before Next Release

These are active regressions or blockers that prevent stable CI/CD.

ItemGap IDLayerDescriptionStatus
Codex+google websocket proxy bypassG-L3-02L3Codex websocket connections bypass OPENAI_BASE_URL (#200)Open
hooks-adapter-cli version hash inconsistencyG-X-04Cross12-char vs variable-length SHA in staging versions causes ETARGETFixed (publish.yml)
Windows npm spawnG-X-03Crossshell: true needed on Windows for npm.cmdFixed
ESM process module loadingG-L8-01L8NODE_PATH hack for ESM import resolution (#196)Fixed (workaround)
Process code driftG-L13-02L13Stable invocation keys for replay (#169, PR #178)In review

P1: Architectural Improvements

These address S2 (Major) gaps that cause ongoing friction.

1. Unified Provider Abstraction (G-L2-01, G-L2-02)

**Problem:** Provider routing is split across transport-adapter (proxy), adapters-cli (translation), and agent-catalog (metadata).

**Proposed:** Extract a ProviderResolver interface that:

  • Resolves provider + model → transport config + credentials
  • Lives in agent-catalog (metadata-backed) or a new thin package
  • Used by transport-adapter proxy and adapters-cli launch

**Effort:** Medium. Seam already exists in agent-catalog's getProviderTranslation().

2. Explicit Workspace Contract (G-L7-01)

**Problem:** The workspace concept (what the agent sees/modifies) is implicit in .a5c/runs/ layout.

**Proposed:** Define a WorkspaceContract interface in babysitter-sdk:

  • resolveWorkspace(runDir) → { root, processDir, artifactsDir, runsDir }
  • Used by ProcessContext, task execution, and plugin install
  • Maps to graph's Workspace and Worktree node kinds

**Effort:** Small. Most paths already exist in scattered utilities.

3. Transport Codec Completion (G-L3-01)

**Problem:** Codec architecture (tool schema translation, cost normalization) was planned but partially implemented.

**Proposed:** Complete the codec refactor per the existing plan:

  • TransportCodec interface per protocol (anthropic, openai-chat, google, bedrock)
  • Tool schema translation between formats
  • Cost/usage normalization across providers
  • Already has a plan document in the repo

**Effort:** Large. Significant API surface across multiple protocols.

4. Unified Governance API (G-L14-01)

**Problem:** Governance concerns scattered across 3 packages.

**Proposed:** Define a GovernancePolicy interface in babysitter-sdk:

  • Approval routing (delegates to tasks-adapter)
  • Evidence claims (delegates to atlas)
  • Trust level evaluation (backed by graph TrustLevel records)

**Effort:** Medium. Integration layer, not new functionality.

5. Graph Cluster Alignment (G-X-01)

**Problem:** Some node kinds are in wrong clusters (ProviderTranslation in "extensions", TransportRuntime in "extensions").

**Proposed:** Move graph YAML files to align node kinds with their architectural layer clusters:

  • ProviderTranslation → compute cluster
  • TransportRuntime → compute cluster
  • AdapterModel → capabilities-and-models cluster

**Effort:** Small. YAML file moves + index rebuild.

P2: Package Metadata

Low-effort improvements that help navigation.

ItemGap IDEffortDescription
Add layer tags to package.jsonG-X-02SmallAdd "atlas": { "layers": ["L13"] } to each package.json
Package README layer referencesG-X-02SmallEach README should state which layer(s) the package implements
Graph node kind references in exportsG-X-02SmallTypeScript exports should reference their graph node kinds in JSDoc

P3: Future Architecture (Deferred from v6.0)

These are explicitly deferred. Tracked here for completeness.

ItemGap IDsLayerNotes
Durable agent memoryG-L12-01, G-L12-02L12Requires vector store, embedding models, retrieval pipeline
Filesystem/network sandboxG-L9-01, G-L9-02, G-L9-03L9Requires runtime policy enforcement engine
Model selection engineG-L1-01L1Requires capability negotiation protocol
Team agent coordinationG-L6-01L6Beyond subagent dispatch — shared context, handoff
Marketplace identity/billingG-L6-02L6Enterprise feature
NIST/OWASP compliance mappingG-L14-02L14Enterprise governance

Decision Criteria

Work items should be prioritized based on:

1. **User impact:** Does this gap cause visible failures or confusion? 2. **Agent impact:** Does this gap prevent autonomous agent workflows? 3. **Graph alignment:** Does fixing this bring packages closer to the graph source of truth? 4. **Incremental value:** Can this be shipped independently without blocking other work?

P0 items ship immediately. P1 items are v6.1 scope. P2 items are opportunistic. P3 items are tracked but not planned.

Trail

Wiki
Babysitter Docs
a5c.ai V6 Spec And Roadmap
v6.1 Specification — Layer-to-Package Gap Analysis

v6.1 Priorities — Actionable Work Items

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Agent Layer Capabilities — What agent-core, agent-runtime, and agent-platform Should Actually Do
Agent Stack Decomposition — agent-platform, agent-core, SDK, and adapters
Gap Inventory — Graph vs Implementation
Graph Alignment Tasks — Make the Repo Match the Graph
Adapter Architecture — Graph vs Packages Deep Dive
Naming Alignment — Graph Concepts vs Package Names
Stack Layer Map — Atlas Graph to Package Mapping

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