Agents cannot act without provable authority.
You cannot govern agent behavior safely without first knowing who the agent is acting for. Observability tells you what happened. KYA-OS proves what was allowed.
Select a scenario and press Play to see the demonstration
Delegation Chains Are Composable Truth
Every hop is explicit, scoped, and revocable. Trust degrades by construction. Agent B cannot borrow trust from Agent A without cryptographic proof.
- Authority cannot escalate through the chain
- Scopes attenuate at every edge
- Revocation propagates instantly
Prevention, Not Detection
Enforcement happens before execution, not after. By the time you detect an unauthorized action, the damage is done.
- Authority verified before any action
- Unauthorized requests never execute
- Zero-damage security model
The Hard Truth
The first catastrophic agent incident won't be about prompts. It will be about an agent acting as a human it should not have, a delegation that was implied but not explicit, or a downstream agent executing with inherited authority it never received.
That's an identity failure, not a monitoring failure.
Without KYA-OS
“We logged that it happened. We alerted when it looked anomalous. But we cannot prove whether it was authorized.”
With KYA-OS
“Here is the cryptographic delegation chain. The agent was authorized by this principal, with these scopes, until this time. Proof attached.”
Every Security Stack Converges Here
History shows the pattern: Chaos → Observability → Policy → Identity → Enforcement. We've seen this with TLS, OAuth, and SPIFFE. Agent security will follow.
1. Chaos
No controls
2. Observability
Logs & alerts
3. Policy
Rules & guardrails
4. Identity
Who is acting
5. Enforcement
Proof-based
KYA-OS is steps 4 and 5. Everything else becomes a layer on top.
The Neutral Trust Layer
Microsoft, OpenAI, Anthropic, and Google do not trust each other. They will not accept one vendor's internal identity model. But they will accept:
Cryptographic Delegation
Ed25519 signatures, verifiable by anyone
Verifiable Credentials
Self-contained proofs, no API calls needed
Edge-Verifiable Proofs
No central authority required