We supported a leading vision‑technology provider in developing an intelligent camera‑based system that replaces traditional truck mirrors with a fully digital perception solution. The challenge was to deliver a safety‑critical robotic vision system that not only improves driver awareness, but also reliably recognizes objects and identifies hazardous situations in real time. The solution combines multiple HD cameras, advanced image processing, and in‑cab displays to provide enhanced rear, side, and front visibility.
Advanced Vision
Core functionality focused on robust object detection, scene interpretation, and safe system behavior under critical conditions. Features such as automatic image panning, night vision support, and hazard recognition turn the system into an active safety component rather than a passive viewing aid. Our team was responsible for full end‑to‑end software development, following a structured V‑model approach aligned with ASPICE. Close cooperation with functional safety experts ensured full compliance with ISO 26262 requirements.
Automated testing and system‑level verification confirmed reliable behavior across multiple OEM platforms, even in safety‑relevant scenarios. This project demonstrates how robotic perception and functional safety come together to enable intelligent, compliant, and future‑proof vehicle systems.
