EVITA Medium/Full HSM Integration: Isolated Cryptographic Cores and Secure Keystores
Architecting dedicated hardware security enclaves inside automotive microcontrollers to shield root cryptographic keys from application compromise.
Electronic Control Unit Hardware Security Module (HSM) & Tamper Resistance
Hardening automotive Electronic Control Units (ECUs) against physical and remote threats through hardware roots-of-trust, memory partitioning, and secure boot verification.
Engineering Specifications
Hardware-Enforced Secure Boot: Signature Verification before Reset Release
Establishing an unbroken Chain of Trust from mask ROM through secondary bootloader to the AUTOSAR / POSIX runtime.
ARM Cortex-R MPU Configuration: Memory Domain Isolation across ASIL-D and QM Partitions
Configuring on-chip Memory Protection Units (MPUs) to guarantee Freedom from Interference (FFI) between safety-critical and standard software components.
Automotive Engineering Research Whitepapers
Glitch Detection and Clock Monitoring: Hardening Automotive Microcontrollers Against Side-Channel Attacks
By Dr. Christian Vogel, Senior Cryptographic Hardware Architect • September 2026
Protecting vehicle electronic control units from physical fault injection attacks (voltage glitching, clock glitching, laser manipulation).
End-to-End Cryptographic Key Provisioning, Derivation and Secure Flash Storage in Production ECUs
By Claire Beaumont, Lead Security Infrastructure Engineer • June 2026
Secure key injection protocols in Tier 1 plant manufacturing environments and automated key derivation using NIST SP 800-108 KDFs.