Genesis AI unveils Eno, a wheeled robot built for industry

Genesis AI is betting that the next commercially useful robot will look less like a person and more like a machine built for a job. The Paris and San Carlos, California startup unveiled Eno on Tuesday, June 16, 2026, as its first general-purpose robot, and the design makes its point fast: no legs, no head and a foldable tower on wheels.

The company’s message was blunt. “Humanoid robots don't need to look human.” Instead, Genesis AI said Eno is built around human capability rather than human appearance, with dexterous, human-like hands and an optional screen that can show what the robot is thinking and doing in real time. The robot runs on GENE, the company’s foundation model, which Genesis AI describes as a robotics brain that can reason, adapt and own outcomes beyond predefined tasks.

That emphasis on task performance over science-fiction silhouette goes to the center of the current robot race. Genesis AI said Eno will first target manufacturing, logistics and laboratories, with home use coming later. Production and targeted customer deployments are planned by the end of 2026, a timetable that puts the machine squarely in the industrial market rather than the consumer showroom.

The startup, backed by former Google chief executive Eric Schmidt, emerged from stealth in July 2025 with $105 million in seed funding co-led by Eclipse and Khosla Ventures. Since then, Genesis AI has been pushing a broader pitch: it wants to build scalable enterprise robotics for environments where labor is costly, repetitive and difficult to staff, and where machines must be deployed quickly without requiring buildings or workflows to be redesigned around a humanoid form.

Genesis AI also announced a strategic partnership with LG CNS on June 16, 2026, to evaluate and validate its general-purpose robots for manufacturing and logistics use cases at LG operations in the United States and across LG CNS’s broader industrial customer base. The pilot and rollout plan that follows could become an early test of whether buyers care more about shape or function when they invest in physical AI.

For an industry flooded with humanoid prototypes, Eno is a reality check. The machine’s wheeled base, foldable body and industrial focus suggest the winning robots may not be the ones that most resemble people. They may be the ones easiest to deploy, cheapest to run and most useful on a factory floor, in a warehouse or in a lab.