
Cornell University develops fungus-controlled biohybrid robots
The robots use natural electrical signals generated by fungal mycelia to control their movements.

The robots use natural electrical signals generated by fungal mycelia to control their movements.

Technologies in agriculture are advancing and new measures to care for and protect the environment are being created, such as the startup's robot.

The K5v5 can cover the equivalent of 24 hours of human patrolling in just 6 hours.

Its movements are so precise that it can pick up a burr without damaging it.

The humanoid has real-time perception of its environment, allowing it to move with impressive agility and precision.

Its design includes motorized wheels instead of articulated legs.

Among its main objectives is a royalty-based commercial license for those interested in using "the Elon robot" for commercial purposes.

One of these humanoids can perform complex tasks, such as threading a needle.

The company will open three shifts, offering up to $48/hour, compensation and medical plans.

The humanoid robot has an optimized and versatile design, aiming to compete in the global multifunctional robot market.

The reach and layout of the CL-1 robot allows it to accomplish its assigned tasks under the different environments it encounters.

The hand could have applications in industries such as medicine, education and manufacturing.