Use case · AI
Authorize AI agents.
You want an AI agent to file expense reports, read your inbox, or execute trades. The agent needs authority. Handing it your password + 2FA is a violation of the whole trust model. Fine-grained delegation is either non-existent or opaque.
The change: Cryptographic authority delegation per agent · bounded, revocable, replayable.
How it works
Four steps · every step signs a receipt.
Register the agent with a scope — read inbox but not send / read expense reports but not approve above $500
Every agent action requires presenting the scope + a current-policy proof · runtime checks before execution
Executed actions emit signed receipts naming the agent, the authority chain, the evidence, the preconditions
Revocation is cryptographic · once revoked, the agent's actions stop being valid, even if the credentials appear unchanged
Evidence
The proof this actually works.
- AI Agent Authorization is the production runtime · every agent action already emits the 4-hash chain
- Delegation is bounded by scope and time · not a whole-account handoff
- Replay lets you walk any action step by step · full accountability for every AI move
- Edge case: Compromised agent: revocation is per-grant · you don't need to rotate any downstream credentials
- Edge case: Multi-agent workflow: each agent has its own chain · the composite receipt records the whole pipeline cryptographically
Related capabilities
If you're comparing alternatives
Trust status
Runs today. Honest about what's next.
We publish what's shipped and what's coming — the same list on every page.
Runs today
- Vault workflows running in production
- Cryptographic receipts emitted per action
- Immutable audit trail · Object-Locked
- Auth1 · Wallet · Document · Audit APIs
- Post-quantum primitives (Dilithium + Kyber)
- Benchmark v12 · 2,293,766 auth/sec
Coming next
- Public /verify/
/ receipt viewer - Public /replay/
/ decision viewer - docs.h33.you developer documentation
- SOC 2 Type II Certified
- Payment Requests + Rewards adapters