> This is an odd take because EVs are no more computers on wheels than ICE cars. They probably actually have fewer electrical components to drive and monitor.

> This is an odd take because EVs are no more computers on wheels than ICE cars. They probably actually have fewer electrical components to drive and monitor. Somewhat true, somewhat untrue. All modern cars have at least some kind of ECU, and have done now for a long time now, with lots of sensors etc for engine management and more - however comparatively these are simple and un-networked devices with a singular purpose - managing the engine and basic electronics (lights, wipers, critical stuff). Some modern luxury cars including ICEs and EVs have gone way beyond this and added "entertainment units" aka distractotrons, and then networked the entire car to this thing (including the ECU) as a central control with remote network access, and millions of lines of code more than the majority of OS and browsers. Perhaps it's because most EVs are luxury cars, but EVs do tend to fall into the latter category of overcomplicated networked monstrosities. Especially tesla, where a software update can brick something as trivial and traditionally dependable and independent as an electric window motor. Simple ECUs should make the need for security patches extremely unlikely simply due to the attack surface. There should be an international automaker law that prohibits them from making a networked, remotely accessible ECU, keep the distractotron as a separate thing so that when it inevitably bricks itself it wont take the actual car with it.