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real time routing, involving thousands of vehicles does require bandwidth. We're talking about vehicles where I can change my destination on a whim, and picking the best new route based on traffic, accidents, road works etc. You need real time data to apply those algorithms to with several other thousand people making new decisions.
And like I said, I don't like this argument because we're limiting ourselves to something that isn't available yet. I have no idea what people will come up with, I'm just stating ONE clear use case.
The internet was not viewed as a revolution by some in the early years that were IN tech.
We already have real-time routing involving millions of vehicles. Look at Waze for example. The amount of information which has to be exchanged is minuscule. ID, Location (GPS), type and for moving objects direction and some numbers related to velocity. That's it. You could condense the data for 1 million moving vehicles into less than the size of one 4K DVD ~2Gb. Each data exchange is far less than 1kb. You need a vehicle ID 4 bytes MAX, location GPS 6 bytes, vehicle type 2 bytes MAX, direction 2 bytes MAX, velocity 1 byte, velocity history 10 bytes, some meta data for protocol max 10 bytes. That all together is nothing.
The difficult part is the massed calculation and that does not take place on the network, it happens on the server. Routing isn't freeform - on land we deal in vertices not feet (most of the time). When you say "algorithms" do you actually understand what that means? Where it is done? How it works?
You need to justify the rush, not the move to better tech. I am arguing against the former not the latter. So far you have failed to either provide sensible reasons for the drive to 5G now and you also have NOT addressed the privacy concerns.
Given your level of conviction I would have expected that you would already have some firm ideas about privacy safeguards
