LUMOS Robotics Offers 100 NIX Robots to Developers, Researchers, and Innovators Worldwide

Global Co-Creation Program

On June 1, 2026, LUMOS Robotics has launched Project EDGE, a new initiative that will provide 100 free NIX humanoid robots to selected universities, robotics labs, developers, and creative technologists worldwide. The Chinese startup says the program is designed to accelerate experimentation in embodied AI and human-robot interaction while expanding the range of applications being developed on its humanoid platform. The move is notable because few humanoid robotics companies have publicly committed to distributing such a large number of robots to external builders.

Program Details

The initiative, officially called the "Project EDGE — LUMOS NIX 100 Co-Creation Program," will provide selected participants with complimentary NIX units, access to the company's open SDK, and direct technical support. "Through the Project EDGE program we have launched, we will provide 100 units of NIX to selected builders, universities and robotics labs worldwide," said Yu Chao, founder and CEO of LUMOS Robotics. He added that selected teams will receive both hardware and software resources as the company seeks to explore the future of humanoid robotics alongside external developers. Apply for Project EDGE Co-Creation Program: https://www.lumosbot.tech/project-edge/index.html

What Is NIX?

NIX is a compact humanoid robot designed for embodied AI research, human-robot interaction, and advanced motion development. Rather than targeting heavy industrial applications, the platform focuses on agility, whole-body coordination, and dynamic movement. LUMOS is positioning NIX as an open development platform capable of supporting experimentation by researchers, startups, universities, and independent robotics teams.

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Upgraded Robot Showcases Advanced Motion

The announcement coincides with the unveiling of an upgraded version of NIX featuring enhanced whole-body coordination and improved dynamic motion performance. In recently released demonstration videos, the robot performs agile footwork, rapid dance sequences, flips, and other acrobatic maneuvers. According to LUMOS, the demonstrations highlight advances in embodied AI, dynamic motion control, and human-robot interaction, extending the platform's capabilities beyond basic mobility and recovery tasks.

How NIX Learns and Adapts

Behind those performances is a motion-control system trained through a combination of motion capture, simulation, reinforcement learning, and manually designed actions. Rather than replaying prerecorded human movements, the robot learns to adapt motions to its own physical structure and mechanical constraints. Training involves large-scale simulations that expose NIX to different landing conditions, contact patterns, and disturbances before deployment in the real world. The robot also continuously monitors joint states, body orientation, velocity, and ground contact, allowing it to adjust when external conditions change unexpectedly.

Proprietary P-60 Hardware

A key component of NIX is the company's proprietary P-60 joint module, which integrates motors, sensors, and control electronics into a compact actuator. Each module weighs 570 grams, measures 64 millimeters in diameter, and can reach rotational speeds of up to 160 RPM. LUMOS says the hardware provides the torque, precision, and responsiveness needed for demanding movements such as aerial flips, side handsprings, one-arm handstands, windmills, and other high-dynamic actions. "Powered by our industry-leading, proprietary motion control algorithms and fully in-house-developed LUMOS P-60 joint modules, NIX delivers extreme performance in humanoid motion," Yu said.

Building a Developer Ecosystem

Beyond the hardware itself, Project EDGE is designed to create a collaborative development ecosystem around NIX. Participating developers will be encouraged to submit custom motion intents and movement fragments through standardized interfaces. Those submissions undergo simulation verification, dynamics validation, and safety screening before being converted into robot-executable actions. This approach allows external builders to contribute directly to the evolution of the platform while helping LUMOS expand humanoid robotics applications beyond entertainment demonstrations.

Why It Matters

The launch reflects a broader shift taking place across the humanoid robotics industry, where companies are increasingly competing on developer access, software tooling, and ecosystem growth rather than hardware specifications alone. LUMOS claims to be the first known Chinese humanoid robotics startup to launch a co-creation program of this scale, and the initiative follows earlier recognition from Figure AI founder Brett Adcock, who highlighted the company's progress in humanoid mobility and fall recovery. If Project EDGE succeeds in generating meaningful research projects, commercial pilots, and new robotic capabilities, it could help establish NIX as an emerging platform for embodied AI development while demonstrating the value of open collaboration in the next generation of humanoid robotics.