Stateless Bio-Digital Identity: The HSKG-PQC Architecture
Beyond using biometrics merely for authentication, this system is the world's first Triple-Fusion Stateless Identity technology. It combines Bio + Spatial + Temporal data to generate deterministic keys that are mathematically undecipherable even by quantum computers.
HSKG is like two atria beating within a single heart.
3D Vertical Lattice & Kill-switch: Generates keys using 3D coordinates (Lat/Lon/Alt). Instantly zeroized if outside the lattice.
Target: Machines, Drones, Servers, Networks
"Security that exists only here and now."
Stateless Key Architecture: Deterministically reproduces ID using biometrics without storage. Eliminates theft risk.
Target: Humans, Users, Financial Transactions
"Identity that is always you, never stored."
Existing GPS-based security identifies only 2D planar locations, leaving vertical security gaps in high-rise buildings. Storing encryption keys on devices exposes them to physical theft risks.
HSKGâ„¢ Engine constructs a 3D Vertical Lattice combining pressure and altitude. By fusing nanosecond time entropy and real-time biometrics, we implement a "Stateless Key Architecture".
Provides a "Spatial Kill-switch" where correct key generation becomes mathematically impossible the moment the device leaves the designated 3D lattice due to physical environmental variable mismatches.
Sets a new standard for Drone/UAM flight integrity proof, high-rise and underground facility security, and dramatically reduces TCO for global security infrastructure.
Real-time quantization of Bio-Signals (PPG/ECG) and Environmental Noise directly within the Secure Element (SE).
Stateless PUF Key: Generates a key that exists only for milliseconds within the Secure Element (SE) and is instantly zeroized. Eliminates static private key storage vectors.
Removes noise from ever-changing biometric signals to extract a consistent bit string (R) anytime, anywhere.
Combines the extracted bio-seed with current GPS coordinates and timestamp. Blocks key generation if not at the specific place and time.
Inputs the final fused data as an entropy source into NIST standard Post-Quantum Cryptography (ML-KEM/FIPS 203) to protect assets.
GPS coordinates have errors. HSKG overcomes this by categorizing the Earth's surface into specific Grids.
* Within a specific radius (e.g., 10m), the same location index (L_grid) is calculated even if GPS values fluctuate.
Passes the Bio-Seed (S), Grid Location (L), and Time Block (T) through a Hash-based Key Derivation Function (HKDF).
* The result is a Deterministic value valid only at 'that location' and 'that time'.
| Comparison | Traditional Biometrics (FIDO) | HSKG-PQC (Our Invention) |
|---|---|---|
| Key Storage | Must store in Secure Chip (SE/TEE) | Stored Nowhere (Stateless) |
| Physical Constraint | Requires specific device | Instant restoration with just Body & Location |
| Quantum Security | Vulnerable to Quantum Attacks | NIST PQC (FIPS 203/204) Standard |
| Anti-Cloning | Risk if biometrics leaked | Leaked info useless if Location/Time mismatch |
The system mathematically guarantees "Complete Destruction of Information Entropy". Immediately after authentication, all variables in memory (S, L, T, and derived keys) are physically overwritten with 0 (Zeroization).
This proves that it is impossible to trace keys from memory even through forensic analysis.