Hash-chained audit is how you ship autonomous agent workflows to enterprise
Autonomy without a record is just risk. We explain what we store, what we never store, and how the audit trail covers every agent action, including A2A handoffs.
Enterprise buyers ask one question first: can I prove what happened? Not just for individual agents, for the full multi-agent workflow. Which agent made which decision? Which human approved which gate? When did Agent A hand off to Agent B, and what state did it pass? Cendriix answers with an event-sourced run timeline and a hash-linked decision ledger, not a slide about AI safety.
Source code, knowledge graph data, and secrets stay in your cloud. The Cendriix control plane stores run metadata, hashed tool arguments, and signed agent-to-agent handoff records. Nothing crosses the boundary as plaintext customer IP. The graph and the data it was built from never leave your perimeter.
The hash-chaining design means the ledger is tamper-evident by construction. Each entry includes the hash of the previous entry, so any retrospective modification of the audit record breaks the chain. This isn't a feature you configure, it's how every run is recorded.
For A2A workflows, the audit trail covers the full chain. Every cross-agent handoff carries a signed token, a consent record, and an entry in the ledger. You can reconstruct exactly which agent performed which action at which step, including handoffs that crossed team boundaries or system boundaries.
We publish our compliance roadmap plainly. SOC 2 Type I is in progress, Type II follows the observation period. ISO 27001 is on the roadmap. Compliance controls are mapped to platform capabilities in the architecture documentation, not assembled for the first time when an auditor asks.
See the unified knowledge graph, 50+ connectors, A2A orchestration, and built-in compliance in the platform overview.