INSIGHTS · TECHNICAL BRIEFS
Practical writing from Agnile on automotive cybersecurity, ISO/SAE 21434, UNECE R155/R156, functional safety, AUTOSAR, embedded software, avionics, and verification.
A practical 12–18 month UNECE R155 compliance roadmap for vehicle programmes — CSMS audit, Annex 5 threats, Type Approval, and post-2024 enforcement reality.
A practical model for the 3-year TCO of manual versus automated TARA, payback-period sensitivity by program count, and where automation actually changes programme economics.
An architect-grade penetration testing methodology for ECUs, gateways, and V2X — scope pyramid, tool categories, and the test patterns that catch real vulnerabilities.
How to size, integrate, and verify a Hardware Security Module for automotive ECUs — EVITA Light/Medium/Full, host-HSM interaction, and rollout patterns.
Designing a verifiable chain of trust from BootROM through bootloader to application — signature schemes, rollback protection, and recovery patterns.
Secure Onboard Communication in AUTOSAR Classic — frame format, freshness counters, MAC truncation tradeoffs, and integration patterns at bus level.
Architecture and integration patterns for the AUTOSAR Crypto Stack — Csm, CryIf, Crypto Driver, and KeyM — with the job-API call sequence and pitfalls to avoid.
How to draft and negotiate a Cybersecurity Interface Agreement under ISO/SAE 21434 Clause 7 — RASIC matrix, clause checklist, and the patterns that hold up under audit.
Cybersecurity patterns for MCAL and Complex Device Driver development — the ISR security checklist, requirements by driver layer, and the integration tradeoffs.
ISO/SAE 21434 defines work products across the cybersecurity engineering lifecycle (Clauses 5–15). The complete checklist with review priorities and UNECE R155 mapping.
ISO 26262:2018 is the 12-part automotive functional safety standard. Complete breakdown of HARA, ASIL derivation, decomposition, and the FuSa + Cyber convergence.
Engineering standard vs regulation — understanding how ISO/SAE 21434 and UNECE R155 work together for Automotive Cybersecurity compliance.
India’s AIS 189/190 regulations, Bengaluru’s emerging cybersecurity hub, and the opportunity for Indian automotive companies.
Understanding Automotive Safety Integrity Levels — how ASIL is determined and what each level means for development.
Choosing between AUTOSAR Classic (OSEK-based, static) and Adaptive (POSIX-based, dynamic) for your next ECU project.
The systematic Cybersecurity analysis methodology defined in ISO/SAE 21434 Clause 15 — from Threat Identification to Risk Treatment.
Adapting Microsoft’s STRIDE framework for vehicle architectures — ECUs, CAN buses, V2X interfaces, and data flows.
How AI-powered TARA platforms reduce cycle time from weeks to hours with consistent Risk Scoring and automated Work Products.
A strategic partnership to advance Cybersecurity research for the mobility sector.
Agnile supports safety-, security-, and mission-critical engineering programmes across automotive, aerospace, embedded, IoT, enterprise software, cybersecurity, safety, V&V, digital engineering, and KAVACH.