Every OEM hits this question sooner or later: build your own PKI, or hand it to a provider? This article walks through what changes when you move from self-hosted PKI to PKI as a Service, how OTA signing, secure boot, V2X, and Plug and Charge actually work under PKIaaS, and where the real tradeoffs sit between owning your CA infrastructure versus letting a provider carry that weight.

Compromised cryptographic keys silently enable ransomware in modern SDVs. This article breaks down how AUTOSAR's three-layer crypto stack integrates with the HSM, covers EVITA HSM classification, CSM queue configuration, and host-HSM communication challenges.

A secure implementation without validation is only a mandate, not a guarantee. That gap between compliance and real-world security is exactly where automotive cybersecurity validation does its work. In this article, Embitel's in-house automotive cybersecurity expert walks through what validation looks like on the ground.

Connected vehicles do not stop attracting threats once they leave the production line. And as V2X deployments scale, every broadcast a vehicle makes becomes a potential attack surface. It turns malicious interferences like spoofing, replay attacks, sybil attacks, and false data injection from theoretical risks to real threats with direct physical consequences. This guide breaks down the V2X threat landscape, what each standard demands, and the layered security architecture built to meet them.

UN R155 has made post-production cybersecurity monitoring a legal obligation, and Automotive IDS is the mechanism built to meet it. This article breaks down how it works within AUTOSAR architecture, what each component does, and why connected vehicle programmes can no longer treat post-deployment security as an afterthought.

ISO 21434 sets the cybersecurity bar for automotive programmes, but translating its requirements into engineering decisions is where most teams struggle. This guide does exactly that, covering practical implementation across threat modelling (TARA), supplier coordination, validation evidence, and post-production monitoring obligations.

As software-defined vehicles evolve, not every ECU needs a full AUTOSAR stack. Discover how non-AUTOSAR BSPs enable lean, scalable architectures for small controllers while staying aligned with modern vehicle networks and SDV strategies.