PERFORMANCE
Key Properties
CTHR-01 beta is a next-generation PCIe security accelerator that implements quantum-inspired cryptographic protocols on AMD Xilinx UltraScale+ FPGA technology.
Built on the Alveo U50 platform, it delivers advanced security performance through hardware acceleration, AI-powered threat detection, and real-time network analysis capabilities.
01
Faster Encryption
Performs AES-256 and RSA-4096 up to 20 times faster than CPUs.
02
Smarter Security
Uses AI to detect and block threats with over 94% accuracy.
03
Stronger Networking
Scans and analyzes data at 400 Gbps without slowing down systems.
04
Future Ready
Includes quantum-resistant algorithms for long-term data protection.
SECURITY FRAMEWORK
Our QE-BCP Protocol Surpasses Global Security Standards
The CTHR-01 includes the QE-BCP protocol, which outperforms AES and RSA by using continuous, non-repetitive key generation based on quantum entropy, enabling forward and backward secrecy, real-time dynamic key updates, and homomorphic encryption, which together provide significantly higher resistance to key extraction, replay attacks, and quantum decryption methods than static, fixed-key AES and RSA algorithms.
01
Quantum-Inspired Cryptographic Protocol
The CTHR-01 uses the QE-BCP protocol to generate dynamic, non-reusable encryption keys in real time using quantum-inspired entropy, ensuring forward and backward secrecy. This eliminates key reuse, defends against interception, and secures data even if parts of the system are compromised.
02
Autonomous Cyber Immune System
The integrated Autonomous Cyber Immune System (ACIS) uses neural networks and ensemble learning to monitor all system and network activity. It autonomously detects, classifies, and blocks threats such as malware and zero-day attacks within microseconds, without requiring external software.
03
Hardware Isolation
All cryptographic functions are performed in isolated hardware using AES-256, RSA-4096, and post-quantum algorithms like CRYSTALS-KYBER and DILITHIUM. This protects the system from host-level compromises and ensures resilience against both current and future quantum-based attacks.
