FortifyIQ Information

FortifyIQ cryptographic implementations deliver high-assurance side-channel and fault-injection resistance with minimal overhead compared to conventional implementations, preserving performance, power, area, and memory efficiency across both hardware and software deployments. Our solutions support standardized classical and post-quantum cryptographic algorithms, including AES-256, HMAC-SHA2, ECC, RSA, hybrid schemes, and NIST post-quantum standards (ML-KEM, ML-DSA, SLH-DSA). FortifyIQ enables cryptographic agility through secure OTA/FOTA updates and lifecycle migration from hardened software to hardened hardware implementations at the same security level, supporting seamless adoption of evolving standards without changes to system interfaces. All hardware IP cores implement RTL-level side-channel and fault-injection countermeasures, while software libraries apply equivalent algorithmic protections to support high-assurance deployments on legacy, embedded, and resource-constrained platforms. FortifyIQ solutions are foundry- and platform-agnostic, enabling secure integration across a broad range of systems—from smart cards, IoT devices, and electric utilities to automotive, medical, physical AI, AI accelerators, defense, and cloud infrastructure. All implementations are evaluated using FortiEDA pre- and post-silicon security assessment tools, third-party lab validation, and formal security techniques. By combining physical attack resilience with near-zero PPA overhead, FortifyIQ delivers advanced cryptographic solutions engineered for certification under FIPS 140-3 (up to Level 4), SESIP 3 and up, and Common Criteria (AVA_VAN.5) with minimal impact on performance, area, or latency.