Eno may – Genesis AI, a French startup backed by former Google CEO Eric Schmidt, says its new robot Eno doesn’t need to look human at all—no head, no legs, and possibly a wheeled base that folds like a deck chair. The company is betting that “human capability” and hands
When people picture humanoid robots, they often picture faces, standing bodies, and a familiar silhouette. Genesis AI is moving in the opposite direction.
The company says its next humanoid robot might not have a head, might not have legs, and could sit on a wheeled base that folds down like a deck chair. As Genesis AI puts it, “humanoid robots don’t need to look human.”
That philosophy is at the center of Eno. a new robot from the French startup backed by former Google CEO Eric Schmidt. Genesis describes Eno as designed “around human capability” rather than human appearance. The plan is not to build a machine tailored to one job—like folding laundry—but a fully “general-purpose” robot.
One part, though, is meant to look and behave like it belongs in a human world: its hands. Genesis says they’re designed to “exactly match the form and function of human hands” so Eno can use tools and objects already built for people.
The company also lays out a rollout that spans the kinds of places where human-shaped tools and work routines tend to matter most. Genesis says it plans to begin production and targeted customer deployments by the end of 2026. The first wave would start with manufacturing, laboratories, and logistics, then expand to hospitals, hotels, and consumers.
Eno isn’t the only version of the idea. Genesis says “additional embodiments” are also in development—suggesting the company may keep experimenting with shapes as long as the capabilities remain aligned with what humans can do.
In a single bet, Genesis is treating appearance as optional and interoperability as the real battleground: build hands that work with human tools, and the rest of the body can be whatever gets the job done.
Genesis AI Eno robot humanoid robots Eric Schmidt French startup general-purpose robot robotics hands manufacturing laboratories logistics hospitals hotels consumers humanoid appearance