PKA protected against SCA
and FIA, including SIFA
Public Key Accelerators (PKAs) are specialized hardware designed to efficiently offload the heavy computational tasks required by asymmetric cryptography algorithms. These tasks, often involving large integer arithmetic, can be computationally expensive and slow. FortifyIQ’s PKAs optimize the performance and security of public key cryptography, offering a range of solutions suited for different use cases.
Challenges in Cryptographic Security
Meeting the demands of modern cryptographic security can be challenging, especially when balancing:
- Performance: Public key operations can impact system efficiency due to their computational complexity.
- Compliance: Strict security standards in industries like finance, healthcare, automotive, and defense demand robust protection against advanced attacks.
- Integration: Complex solutions can lead to higher costs and longer development cycles for SoC designs.
Our Solution
FortifyIQ’s PKAs address these challenges with:
- Optimized Performance and Area: Superior cryptographic speed and efficiency with minimal silicon resource consumption.
- Regulatory Compliance: Built-in protection against Side-Channel Analysis (SCA) and Fault Injection Attacks (FIA), ensuring compliance with stringent standards.
- Configurable Design: Flexible options to balance performance, latency, area, and energy use for your specific application.
- Seamless Integration: Versatile interfaces and clear documentation simplify adoption.
- Extensive Algorithm Support: Enable broad cryptographic capabilities for RSA, ECDSA, EdDSA, SM2, and more.
Our Products
A robust accelerator optimized for embedded systems and IoT devices, ensuring high performance and easy integration into secure SoCs.
An innovative, lightweight, and cost-effective key exchange solution tailored to area and cost-constrained devices like IoT, medical devices, and wearables. With embedded protections against SCA and FIA, it ensures security without compromising performance, power, or area utilization.