Veridify Ironwood Key Agreement Protocol delivers cutting-edge, quantum-resistant security tailored for constrained IoT and OT devices. Leveraging breakthrough group theoretic cryptography, it provides ultra-fast, low-energy key agreement essential for embedded systems in building automation, industrial IoT, smart grids, and medical devices. This protocol ensures robust device-level authentication and secure communication while addressing the challenges posed by limited memory and processing power. Seamlessly integrating with STMicroelectronics STM8, STM32, and SPC58 Chorus MCUs, it enhances the ST ecosystem by enabling future-proof, scalable cybersecurity solutions compliant with emerging quantum threats.
Features and benefits
- Ultra-fast performance: 30 times faster than traditional elliptic curve Diffie-Hellman (ECDH) at 128-bit security
- Quantum resistance: Secures devices against all known quantum computing attacks for long-term deployment
- High efficiency: Improved performance at increased security levels due to linear protocol characteristics
- Broad MCU support: Compatible with 8-, 16-, and 32-bit microcontrollers including STM8, STM32, and SPC58 Chorus series
- Seamless integration: Works alongside existing asymmetric and symmetric cryptographic methods
- Comprehensive SDK: Includes APIs for Ironwood KAP and Walnut digital signature algorithm for easy implementation
| 支持的器件 | STM32 |
| Software Function | 安全 |
| 可交付成果 | 二进制文件 |
| 许可类型 | 商业 |
| 地点 |
Served Countries:
北美, 欧洲, 亚洲