Security architecture
PulseSeal is built from the ground up with a zero-trust, zero-knowledge architecture powered by India's first quantum-resistance algorithm for all industries.
Quantum-resistant encryption
All data keys are wrapped using India's first quantum-resistance algorithm — designed to remain secure against both classical and quantum computational attacks. Your encrypted data stays safe today and decades from now.
Zero-knowledge architecture
PulseSeal servers never see your biometric data. The palm vein pattern is converted into a cryptographic key locally on your device. Only encrypted ciphertext and non-sensitive helper strings are stored server-side.
Biometric sovereignty
Raw biometric scans are destroyed within 50 milliseconds of capture. No biometric template is ever stored, transmitted, or accessible to PulseSeal staff. Your biology stays on your device.
On-premise deployment
For regulated industries requiring data sovereignty, PulseSeal deploys entirely within your infrastructure. Air-gapped configurations are available for defense and classified environments.
Compliance ready
PulseSeal is architected for SOC 2 Type II, HIPAA, GDPR, and FIPS 140-3 compliance. Every access event generates an immutable audit log entry with full chain-of-custody metadata.
Sub-second authentication
Palm vein recognition completes in under one second. The entire authentication flow — from scan to vault unlock — averages 0.94 seconds. No passwords, no OTPs, no friction.
How data flows through PulseSeal
Capture
The Palm device captures your vein pattern using near-infrared imaging at 6–20 cm distance. Non-contact. Sub-second.
Key derivation
A stable cryptographic key is derived from your palm pattern locally on the device. The raw scan is destroyed within 50 milliseconds.
Quantum wrapping
Data encryption keys are wrapped using India's first quantum-resistance algorithm. These wrapped keys are the only cryptographic material stored server-side.
Vault storage
Encrypted files are stored in your designated vault (cloud or on-premise). The server holds only ciphertext — without the biometric key, the data is computationally inaccessible.