Safety-Certified In-Cabin Architectures: From Concept to ISO 26262 Evidence
As in-cabin systems become more sophisticated, demonstrating functional safety is no longer just about meeting compliance requirements.
Modern software-defined vehicle architectures demand safety to be built into the platform from the very beginning, with careful attention to partitioning, isolation, verification and traceability. In this interview, Ofra Bechor, Regional Field Application Engineer at Green Hills Software, explains the architectural principles behind safety-certified in-cabin systems, the realities of ISO 26262 assessment, and how development teams can reduce certification effort while building scalable, future-ready platforms.
Engineering for Adaptability: Lessons from China’s Fastest-Moving Automotive Market with Autoliv
In this interview, Autoliv shares insights on how its engineering teams are meeting the challenges of integration, functional safety, and user-centric design — and why collaboration platforms like InCabin are vital for advancing innovation and ensuring the future of safe, adaptive mobility.
Calterah at InCabin Europe 2025: Pioneering Radar & UWB for Safer, Smarter Mobility
Ahead of InCabin Europe 2025, we spoke with Yaohui Liu, EMEA FAE & Marketing Manager at Calterah Semiconductor Technology, about how Calterah is advancing radar SoCs for occupant monitoring, introducing UWB innovation, and addressing the challenges of safety, comfort, and convenience inside the vehicle. Read the full blog below.