ISO 26262 ASIL-D · Lockstep · Automotive + aerospace
Safety-critical Hardware Root-of-Trust designed for automotive, aerospace, and high-reliability applications. Redundant logic, fault tolerance mechanisms, and comprehensive diagnostics ensure cryptographic workloads work at the reliability levels required by safety-critical systems.
Designed to meet the highest automotive functional safety integrity level requirements.
Architecture follows ISO 26262 Part 5 development process with documented safety analysis, FMEA, FTA, and verification artifacts.
Comprehensive fault detection, isolation, and recovery with continuous diagnostics.
Cryptographic operations meet safety integrity requirements through dual lockstep execution, memory ECC with scrubbing, and continuous self-test.
Dual redundant execution paths with comparison logic.
Enables safe operation of trusted programs and cryptographic workloads in safety-critical environments where single-fault tolerance is required.
ADAS, autonomous driving, and vehicle safety ECUs requiring ASIL-D level security.
Flight control, navigation, and mission-critical aerospace systems.
· Performance includes safety mechanism overhead. Specifications subject to safety analysis validation.
Complete development following ISO 26262 Part 5 (Hardware Development) with comprehensive safety analysis, FMEA, FTA, and verification artifacts.
Detailed safety manual with ASIL decomposition, safety requirements, integration constraints, and diagnostic coverage analysis for system integrators.
Complete certification package including safety case, compliance matrix, test reports, and engineering support for customer-specific certification needs.
ASIL-D ready for automotive safety
DAL A for aerospace applications
SIL 3 functional safety
Contact our safety engineering team to discuss functional safety requirements and certification roadmap.