Interoperability context
Continuity overlays beside LangChain-, LangGraph-, and OpenAI Agents-style runtimes
Stacks are cited as interoperability context only — designed to interoperate framing, no sponsorship or trademark ownership claims from this narrative.
Runtime interoperability context
Named ecosystems appear as interoperability context only — not sponsorship, endorsement, certification, or trademark claims; surfaces stay replay-safe and non-enforcing.
- •Designed to interoperate with LangChain- and LangGraph-style agent graphs — verifier-shaped exports remain JSON-only with carriesExecutionAuthority false.
- •Built to interoperate with OpenAI Agents-style runtime flows where continuity evidence stays replay-derived and reviewer-local.
- •Multi-agent coordination is framed through topology echoes from bundle-shaped inputs — not autonomous execution authority on external systems.
- •Portable verifier exchange posture aligns with LP-006/LP-007 storytelling — paste/parse composition beside local verifier workflows.
- •Regulated-runtime readiness uses intake-aligned vocabulary — no supervisory endorsement, government approval, or enforcement claim.
Structured guard (illustrative):
{ "carriesExecutionAuthority": false }Framework adjacency
- LangChain/LangGraph-style graphs carry agent steps — topology echoes layer Recon verifier-shaped continuity without claiming framework endorsement.
- OpenAI Agents-style flows surface tool calls and policy shifts — portability keeps carriesExecutionAuthority false in exports.
Trust-runtime continuity layer
- Portable bundles plus verifier envelopes keep lineage portable — continuity moves with the workflow, bounded to replay-derived inputs.
Reviewer posture
- Paste/parse JSON beside existing governance tools — verifier posture stays locally owned.