Give your agents cryptographic identities, verifiable capability credentials, and runtime trust policies — so they can securely authenticate, prove permissions, and transact across organizational boundaries.
Multi-agent ecosystems are scaling without a security layer.
Cross-agent calls use shared secrets, long-lived tokens, or nothing. Revocation is manual, if it exists at all.
When an agent is compromised, there's no way to invalidate its access across every platform it's connected to.
Agents built on different frameworks can't verify each other's capabilities. Each integration is a custom build.
From ad-hoc handshakes to cryptographic guarantees.
Each agent gets an Ed25519 key pair and a DID identifier. Public keys are published in the federated directory, queryable by any member.
Agents hold cryptographically signed W3C VC credentials describing their capabilities — verifiable by any receiver, no callback needed.
Agents present credentials to the federation gateway. Trust policies are evaluated. Decisions are logged. Access granted or denied — instantly.
Purpose-built for autonomous agent trust — not a retrofit of human identity standards.
Ed25519 key pairs, DID-based identifiers, instant revocation across the federation
W3C VC Data Model format — machine-verifiable, cryptographically signed, zero manual checks
Define fine-grained authorization policies evaluated at runtime — no human in the loop
Sidecar proxy + SDK — agents present credentials, get instant authorization decisions
Every cross-agent transaction logged: who, what, when, and why — compliance-ready
Agents build trust over time — consistently valid credentials = higher trust scores
Start with Platform. Scale to Federation. Pay per verification as you grow.
The window to establish federated trust is open now. Join the founding federation members building a safer multi-agent ecosystem.