Side-Channel and Fault Injection
Protection with FortifyIQ
A straightforward implementation of standard cryptography is inherently vulnerable to physical attacks.
FortifyIQ ensures robust protection against side-channel and fault injection attacks while maintaining top performance and minimal overhead — perfect for AI on edge devices and beyond.
Security solution for protecting AI models against side-channel and fault injection attacks, ensuring safe deployment of valuable AI models in various applications, all while maintaining performance efficiency.
Portfolio of Soft Macro cryptographic IPs for ASIC/FPGA, secured against side-channel and fault injection attacks. It includes a complete range of standard and post-quantum cryptography, enhanced with unique patented countermeasures that ensure the highest level of security without compromising critical performance, power consumption, or size.
The security enclave sub-system family delivers scalable protection, from cost-effective, low-power designs for IoT devices to high-performance cloud AI servers with extensive on-the-fly encryption capabilities with highest level of protection against physical attacks.
High-performance and adaptable, these libraries are ideal for SCA-protected implementations in already-deployed and manufactured devices. They are configurable for various use cases and perform exceptionally well on edge devices, enabling secure operations even on limited hardware.
Detect and analyze side-channel and fault injection vulnerabilities, pinpointing their sources. For validating the efficiency of in-house developed cryptographic modules both pre- and post-silicon, and to verify the correctness of third-party IP integration — where integration bugs sometimes introduce new vulnerabilities.
At FortifyIQ, we deliver powerful, efficient security solutions for extreme
use cases where others fall short. Our technology safeguards against
side-channel (SCA) and fault-injection (FI) attacks without
compromising on performance, power, or space.
The ‘S’ in RSA and
Turing Prize Winner
Results of FortifyIQ research, described in the paper, show that any implementation of HMAC-SHA-2, even in pure parallel hardware, is vulnerable to side…
Chief Innovation Officer, FortifyIQ
SEMISRAEL Tech Webinar
This is an academic paper describing a protection method for AES which is very efficient, and configurable for any application…
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