Process and verify customer identities while sensitive data remains completely encrypted. Achieve full regulatory compliance without ever exposing user information.
Our advanced FHE engine ensures complete data privacy throughout the entire verification process.
Perform all verification checks directly on encrypted data. Our FHE engine processes information without ever needing the decryption key.
The core of our platform. Process and verify identity documents on-the-fly without ever decrypting them. Data remains sealed from collection to result.
Data is encrypted on the user's device and remains encrypted through verification, storage, and auditing. Zero plaintext exposure, guaranteed.
Our proprietary AI models run homomorphically, analyzing encrypted data for fraud and risk without ever accessing the underlying personal information.
Meet GDPR, CCPA, and global KYC/AML requirements while ensuring users maintain complete control over their personal data.
Encrypted attestations create verifiable audit logs without storing sensitive PII. Prove compliance with zero data retention risk.
A three-step process that never exposes your customer's sensitive information
Users submit KYC documents via our SDK. All data is homomorphically encrypted on their device *before* transmission. Your servers never see plaintext data.
Our platform performs document verification, liveness checks, and fraud detection entirely on encrypted data. Homomorphic operations maintain complete confidentiality.
Receive a simple pass/fail result. The verification outcome is confirmed cryptographically without ever revealing the underlying personal data used in the check.
Privacy-preserving verification for regulated sectors
Comply with KYC/AML without storing PII
HIPAA-compliant patient verification
On-chain compliance with off-chain privacy
Age verification without ID collection
Fraud prevention with zero data liability
Digital identity for citizen services
Secure bookings without data retention
Confidential tenant and buyer screening
Join organizations using FHE to verify identities without compromising privacy.