Humble Robotics is developing self-driving freight trucks that lack steering wheels, driver seats, and gas pedals for use in California [1, 2].
The project arrives as investors and technical talent return to autonomous-vehicle technology, sparking a wave of interest similar to the 2016 hype cycle [3, 4]. This shift suggests a renewed confidence in the scalability of driverless logistics, despite previous industry setbacks.
Eyal Cohen, the founder and CEO of Humble Robotics, leads the venture. Cohen brings 15 years of experience building startups to the company [5].
The company was founded in 2025 [1]. Its primary objective is to deploy these specialized freight vehicles on roads within California [1, 2]. By removing the traditional cockpit entirely, the company aims to optimize the vehicle for autonomous operation rather than adapting a human-centric design for AI control.
This movement toward full autonomy in the freight sector is coinciding with pushback from human drivers [2]. The transition to vehicles without manual overrides represents a significant leap from "level 2" or "level 3" automation, where a human remains the ultimate fail-safe.
Industry analysts said that the current environment is recreating the conditions of a decade ago, where massive capital inflows fueled rapid prototyping [3, 4]. Humble Robotics is positioning itself to capitalize on this momentum by focusing specifically on the high-demand freight corridors of the U.S. West Coast [1, 2].
“Humble Robotics is building self‑driving freight trucks that have no steering wheel, driver’s seat, or gas pedal.”
The emergence of Humble Robotics signals a shift from 'assisted driving' to 'native autonomy' in the logistics sector. By designing trucks without any manual controls, the company is betting that the technology has matured enough to remove the human operator entirely. This approach accelerates the potential for cost reduction in shipping but increases the stakes for regulatory approval and public safety in California's heavily trafficked corridors.
