Prove identity. Prove eligibility. Gain access.
Zero biometric storage. Revocable. Offline capable. Quantum-proof.
Human trust, digitally proven
Your biometrics are your keys. We never store either.
Verify credentials. Authenticate access, signatures and AI agents. No stored biometrics. No persistent secrets.
Sign in. Sign. Authorize.
PKI private keys: transient, never stored, post-quantum.
In the field
- NUS
- Singtel
- HP
- Finexus
- Intercorp
- Unico
- LatinID
The converging crisisTwo identity gaps.
Two identity gaps.
One human connection.
People rely on stored credentials. AI agents often inherit borrowed access. Both need a verifiable connection to the person behind the action.
Explore the two sides of the crisis
1 of 2Stored secrets leave people exposed.
- Stored biometrics can become breach targets. An exposed biometric cannot be changed like a password.
- Stored private keys for user signing are a permanent attack surface.
- Passkeys alone trust the device, not the human. Device loss is one risk; local user verification adds protection.
- Harvest-now-decrypt-later is an active threat, not a future one.
- Deepfakes can defeat liveness checks outside their tested scope.
Who is really here?
Possession does not tell the whole story.
Connect the credential to the person presenting it.Why now
Four forces. One urgent question.
How do you connect a digital action
to a real person?
01Privacy law
What you store shapes your risk.
Retention requirements still apply to account records and other retained data. Face tokenization creates quantum-safe, biometric-free, disposable tokens without retaining face images or templates.
02Post-quantum
Prepare for post-quantum migration.
NIST FIPS 203/204/205 and NSA CNSA 2.0. Every certificate and key at rest must migrate before quantum hardware matures.
03AI agents
More agents. A growing accountability gap.
Regulators demand an answer to who authorized this agent action?
04Deepfakes
Digital trust needs proof of a person.
Generative AI can challenge probabilistic liveness. Cryptographic binding complements capture checks; neither alone establishes complete protection.
The missing connectionYou can verify the credential.
You can verify the credential.
Can you verify its holder?
At a checkpoint, in an application or behind an AI agent, SenseCrypt connects the enrolled person to the moment of use.
Explore the technologyThe SenseCrypt familyOne human foundation.
One human foundation.
Many ways to prove it.
Start with the action you need to trust. Find the product designed to support it.
Choose a proof to explore
1 of 5Available
Verify the credential’s holder. Even offline.
Issue a digital credential that can be checked against its holder, even from a printed QR. Offline use requires a prepared supported verifier and trusted issuer material.
Explore SenseCrypt eIDA different key lifecycleGenerated for the operation.
Generated for the operation.
Never stored.
Follow one PKI key from a live face to a discarded private key.
PKI: public and private key lifecycles
Explore the four stages.
Begin with the person.
The PKI operation first checks for a live person at capture, within the evaluated presentation-attack detection scope.
Illustration of the PKI signing flow. Product architecture and deployment determine the complete data lifecycle.
Trust deserves evidenceExamine the
Examine the
evidence.
Review the architecture, independent evaluations and limits of each deployment.
In practice
Credentials for people and AI agents.
One human root. Product-specific infrastructure for the places identity matters.
Explore all industries