The approach that Starsky ( http://starsky.io/ ) is taking seems to be a promising one. They employ truck drivers as remote pilots for the "first and last mile", i.e. the local roads and loading dock work that autonomous vehicles struggle with most. Other advantages include lower fuel costs (driving slower because AVs aren't subject to operator-hour limits) and probably also lower labor costs (you don't need to pay t…
There are a few things I think you've overlooked: - For one, you're talking about human drivers covering first and last mile, which is a tiny, tiny fraction of the route that a truck covers which is why the Starsky model works well, in theory anyway. That means one given driver can do the work of probably a few hundred trucks in their last mile phase, even if they end up with some downtime in the middle, it's not eve…
why? if the controls are network traffic, and one driver being right next to another driver doesn't add value, why not spread them across the country? it'll reduce control latency, increase reliability (can't have all deliveries stopping if the fiber to one building is cut), and make it easier to have drivers awake when the deliveries are tending to take place (certainly some locations might take deliveries in the middle of the night, but mostly they're going to happen when businesses and such have employees available to receive the materials.)