Fault Injection Framework Targets RISC-V Security Weak Spots - Semiconductor Engineering

Researchers from Politecnico di Torino and CEA-List have introduced InjectV, a fault injection framework tailored for RISC-V platforms, aimed at identifying hardware security vulnerabilities during pr... Read original →

InjectV’s debut signals a shift in RISC-V security from reactive patching to proactive hardening. Technically, it pressures EDA vendors to embed fault-injection capabilities directly into design flows, cementing gem5 as a de facto standard for pre-silicon validation. Regulatory-wise, tightening EU Chips Act and NIST hardware guidelines make such frameworks essential for cutting certification costs and mitigating recall liabilities. Strategically, ARM and Intel may fast-track TrustZone/SGX compatibility layers for RISC-V to defend their embedded security turf. Within 18 months, as RISC-V SoCs flood from Taiwan, China, and Europe, InjectV-like tools will underpin IP security scoring—spawning a third-party hardware vulnerability audit market.