Cereboto is an open-source robotics platform designed for researchers, developers, universities, and robotics teams building the next generation of Physical AI systems. Our ecosystem includes OpenArm robotic manipulators, OpenArm KER teleoperation devices, OpenDuck Mini mobile robots, and modular robotic platforms that support rapid development and experimentation. These systems are designed to help users explore Embodied AI, robot learning, remote operation, autonomous manipulation, and human-robot interaction. 

OpenArm is a flexible Open Source Robot Arm platform that supports a wide range of research and development applications. Developers can integrate perception systems, stereo cameras, force feedback devices, and AI models into a customizable robotic workflow.

For teams building Mobile Manipulator solutions, Cereboto provides modular hardware architectures that combine robotic arms, mobile bases, sensors, and computing platforms. These systems can be adapted for logistics automation, industrial research, laboratory environments, and Physical AI training scenarios.

Our Teleoperation Robot solutions support real-time remote control, data collection, imitation learning, and robotics research. Combined with ROS2-based software frameworks, developers can rapidly build and deploy advanced robotic applications.

Cereboto platforms are compatible with modern robotics development workflows and can be integrated with ROS2, LeRobot, computer vision pipelines, reinforcement learning frameworks, and AI-driven robotics research projects.

Whether you are exploring Embodied AI, developing intelligent robotic systems, or building Physical AI applications, Cereboto provides open and flexible robotic platforms designed for innovation and experimentation.