#transportation-technology

#transportation-technology

"I can't say they didn't do it, all I can say is they haven't demonstrated that they have."

"For too long, our industry has treated moving customers like brand new ones. EasyMove flips that model. Our customers shouldn't lose their history, their pricing or their trust just because they're changing addresses."

Joby Aviation and Air Space Intelligence announced a partnership to integrate AI-driven airspace management into U.S. electric air taxi operations, using ASI's Flyways AI platform to model high-density eVTOL traffic before commercial flights begin later this year.

The robotaxi takeover - assuming they take over - will also be a real estate story. As Waymo, Uber, Tesla, and other competitors race to flood the streets with fully autonomous cars, robotaxi operators will need to find places to park, charge, and maintain their vehicles. Voltera, a charging infrastructure company based in Palo Alto that has partnered with Alphabet-backed Waymo, is buying up real estate now to prep for the AV boom.

It's tempting to frame autonomous driving as a single leap. In public transport, adoption tends to be incremental - because the system is built for reliability, and new capabilities have to fit into daily operations without disrupting service. That is why a practical strategy is evolution, not revolution: introduce autonomy in a defined domain, learn safely in real operations, and expand capability step-by-step.

For more than a decade, autonomous buses have been "almost ready." Demonstrations with safety drivers began around 2015, and ten years later, this is still largely what we see. The reason is not a lack of ambition - it is physics, safety, and economics. Autonomous buses on city streets are inherently difficult. They carry dozens of passengers, operate as heavy vehicles, and move through a chaotic urban environment.