Origin Rock — Post-Quantum Secure Module
Origin Rock — Post-Quantum Secure Module
The Post-Quantum Secure Module provides quantum-resistant identity authentication and encrypted storage for various types of terminals, preventing impersonation and data leakage, and achieving "quantum immunity" for terminals.
Product Description
Core Functions
Built-in QRNG chip for generating true random keys.
Comprehensive algorithm support.
- Supports the SM2 national cryptographic standard asymmetric algorithm.
- Supports national cryptographic standard symmetric algorithms such as SM1 and SM4.
- Supports PQC key encapsulation algorithms such as ML-KEM512, ML-KEM768, and ML-KEM1024.
- Supports PQC signature, verification, and identity authentication algorithms such as ML-DSA44, ML-DSA65, and ML-DSA87.
- Supports a quantum random number generator to generate true quantum random numbers.
Lightweight design (minimum size 20.3mm × 16.1mm × 2.8mm), supports standard interfaces (UART / SPI / USB), features short integration cycle and reduces enterprise application costs.
Main Application Products
Post-Quantum Secure U-Shield
Post-Quantum Secure TF Card
Application Scenarios
Financial Terminal Data Encryption and User Identity Authentication
Integrated into bank USB Keys, the QRNG generates transaction keys, and combined with quantum-resistant algorithms, realizes transfer signing and account login authentication.
User Identity Authentication and Official Document Data Encryption in Government Affairs
Government terminal equipment (such as government affairs computers and mobile law enforcement terminals) completes user identity authentication through national cryptography + post-quantum hybrid encryption algorithms, and encrypts the transmission of electronic official documents and sensitive government data with quantum-resistant algorithms.
Secure Access of Terminals in the Internet of Things (IoT) Field
Integrated into IoT sensors and smart devices, its lightweight design enables encrypted identity authentication for devices, while quantum-resistant algorithms safeguard communication data between devices.
UAV Anti-Hijacking
Through signature and authentication protocols, the source and integrity of commands are verified to preventing drones from being hijacked or executing malicious tasks caused by takeover/hijacking attacks such as forged command injection, session hijacking, or identity impersonation.
