1/17/2024 0 Comments Self driving car blueprintAnd that calls for future-proof design solutions that demonstrate safeguards against hacking and spoofing attacks. The immensely complex hardware and software in a highly automated vehicle connected to the outside world also opens the door to malicious attacks from hackers and spoofs. When added to the connected car and self-driving vehicle design realms, well-tested connectivity becomes a major stepping stone.įigure 1: Well-tested connectivity: The key ingredient in both connected cars and self-driving vehicles. It is worth mentioning here that the demand for extreme reliability in stringent environments is already a precondition in automotive designs. Here, at this technology crossroads, when V2X technology converges and collides with AV connectivity, reliability and low latency become requirements that are even more critical. It shows how vehicles and infrastructure work in tandem for the creation of a smart motoring network. Collision detection and avoidance is a classic example of this technology crossover between the AV and connected car technologies. That inevitably calls for more flexible development, test, validation, and verification programs that can quickly adapt to the changing technologies and standards.įor a start, the vehicle-to-everything (V2X) technology, which embodies the connected car movement, is also the point where the wireless industry most intersects with autonomous vehicles (AVs). Automotive OEMs and Tier-1 suppliers are now in the thick of the technology world’s two gigantic engineering challenges: connected cars and autonomous vehicles.
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