When AI agents delegate, transform, and act across trust boundaries, every hop must be verified. We build the verification layer that makes agent delegation chains trustworthy.
Modern AI agents delegate tasks to other agents, transform data between hops, and execute actions across organizational boundaries. The protocol carries the chain — but nothing verifies it.
A hop can sign a transformation that widens its received authority. Every local check passes, but the chain is invalid.
Agent A delegates to B, B delegates to C, C delegates back to A. Without cycle detection, infinite authorization loops are possible.
A hop can be removed or a modification inserted without attribution. The chain looks valid but is not the chain that was authorized.
The 7-dimension runtime verification standard for AI agent delegation chains. Sub-millisecond. Cryptographic. IETF-submitted.
CCS verifies every tool call, delegation hop, and data transformation at runtime — checking structure, schema, latency, cost, identity, integrity, and security before execution proceeds.
CCS is submitted to the IETF Agent-to-Agent Working Group. We work with the community to define verifiable delegation protocols.
Runtime verification framework for agent delegation chains. Independently verified by WG participants. DOI-registered on Zenodo.
For enterprise security audits, framework integration, or standardization inquiries.
wangguigui@correctover.com