Privacy-preserving compliance

ZK-KYC infrastructure
for regulated AI & crypto.

Verify that users meet compliance requirements without exposing or storing their personal data. Treza runs KYC checks inside hardware-isolated enclaves and emits cryptographic proofs your auditors can verify.

What you ship
Zero PII storedAuditor-verifiable proofsHardware attestation
GDPR readyAML / sanctionsAny chain
Zero-knowledge proof
Prove without revealing
  • User is verified
  • Personal data stays private
  • Cryptographic proof emitted
What it is

Verify the claim. Never see the data.

ZK-KYC verifies cryptographic claims about a user without collecting or storing the underlying PII.

Claims you can verify

Instead of collecting passports, addresses, and biometric data, ZK-KYC proves only what your application actually needs.

  • The user passed KYC
  • The user is over a required age
  • The user is not on a sanctions list
  • The user belongs to a specific jurisdiction

How a verification flows

Three steps from raw identity input to a yes/no decision your app can act on — without persisting any of the inputs.

  1. 01
    User submits data

    Identity data is processed locally on the user's device.

  2. 02
    ZK proof generated

    A cryptographic proof is created without exposing PII.

  3. 03
    Verification complete

    Your application receives a yes/no compliance decision.

The problem

Why traditional KYC breaks down

Centralized PII databases create existential risk. As regulation tightens globally, the old model gets harder to justify.

Data exposure

PII is vulnerable during processing and storage.

Regulatory risk

Storing user data increases your compliance burden.

User trust

End users have no visibility into how their data is handled.

Operational risk

Breaches and leaks become existential events.

The solution

ZK-KYC inside a sealed enclave

Treza pairs zero-knowledge cryptography with confidential computing so KYC checks run in hardware your operators cannot see into.

Trusted Execution Environment

KYC logic runs inside an AWS Nitro Enclave. The host, the hypervisor, and the cloud operator are all outside the trust boundary.

  • Encrypted memory
    Sensitive inputs stay encrypted in memory throughout processing.
  • Isolated execution
    Code runs in a hardware-isolated VM with no persistent storage.
  • Zero provider access
    Even cloud providers cannot read data inside the enclave.

Confidential execution

KYC logic runs inside the enclave; PII never leaves the protected environment.

Verifiable outcomes

Hardware attestations and ZK proofs let auditors and regulators verify the check ran correctly — without seeing the inputs.

Use cases

For teams that can’t afford to be a data honeypot

Treza ZK-KYC is designed for products operating in regulated or high-trust environments — where holding PII is a liability.

Crypto launchpads & token issuers

Verify participants without collecting sensitive documents.

DeFi protocols

Add compliance requirements without compromising user privacy.

Fintech applications

Meet regulatory requirements with minimal data collection.

GDPR-compliant enterprises

Minimize data storage while maintaining compliance.

Why Treza

Regulatory-grade privacy infrastructure

We build infrastructure compliance teams, auditors, and institutions are willing to deploy — not experimental privacy tooling.

Our approach prioritizes

  • Clear trust boundaries
  • Minimal attack surface
  • Audit-ready verification
  • Infrastructure institutions are willing to deploy

We start with controlled, production-ready environments and expand from there — rather than decentralizing prematurely.

Built for institutional deployment

Verifiable privacy guarantees that compliance, legal, and security review will sign off on.

GDPR readyAudit-readyEnterprise
Next step

Bring your agent. We’ll design the runtime.

Tell us what your agent does (or should do). In 20 minutes we’ll sketch the runtime, the keys it needs, and what production looks like. No pitch deck.