Your Identity.
Your Rules.
HUMΛN Passport is a portable, cryptographic identity you own completely. No company controls it. No service can revoke it. It goes where you go.
What is a HUMΛN Passport?
A device-rooted cryptographic identity. Your private key never leaves your device. Your identity is verified progressively, from anonymous to mathematically unique.
You Own It
Your Passport uses cryptographic keys stored on your device. No company — not even HUMΛN — can access, revoke, or control your identity.
It Gets Stronger
Start anonymous. Add device verification. Layer on biometrics, social attestation, and eventually proof of personhood. Your identity grows with you.
It Goes Everywhere
One identity across every HUMΛN-powered service. No new accounts. No password resets. Just you, proving you're you.
The Validity Ladder
Progressive verification. Start anywhere. Upgrade when you need to.
You exist. That's enough to start.
Your device vouches for you.
Your identity is anchored to you, biologically.
Humans who know you vouch for you.
Mathematical proof that you are one of one.
Identity continuity across cryptographic eras
Your Passport is bigger than any one signing algorithm. HUMΛN separates who you are from which key signed today, with explicit suite metadata and rotation paths so upgrades don't strand your credentials.
How we think about long-lived trust →Build This Yourself? Identity from Scratch
When AI agents make business decisions, regulators ask: "Prove this agent made this decision."
Traditional Identity
What you build:
- OAuth integration
- User database
- Session management
- Permission system
- Audit logs
- Multi-device sync
- Delegation model
- Credential verification
HUMΛN Passport
What you write:
const passport = await create
Passport({
did: generateDID(),
proofs: [...]
});HUMΛN provides:
- Cryptographic identity (DID)
- Multi-device delegation
- Verifiable credentials (VCs)
- Zero-knowledge proofs
- Immutable provenance
Passport provides cryptographic proof of identity and action provenance—critical for SOC 2, GDPR, and HIPAA compliance.
Logs can be edited. Timestamps can be forged. Screenshots can be faked.
You need cryptographic proof. Not promises.