Achieve scalable intralogistics autonomy with flexible navigation, allowing seamless transitions between free movement and predefined virtual paths. Enable precise A-to-B execution and optimal task efficiency for any mobile robot.

NODE.move provides an advanced autonomous navigation for mobile robots, offering precise A-to-B navigation, accurate relative positioning, and efficient docking capabilities. With real-time route and path planning, the system allows robots to navigate dynamically and safely through complex environments by considering both 2D and 3D environmental data, as well as the robots’ kinematic constraints. The adjustable autonomy feature enables configuration between free navigation and predefined virtual paths, allowing for flexibility based on operational needs. 

In use cases such as automated material handling and intralogistics workflows, NODE.move enables robots to autonomously execute full transport tasks, including pick-up, go-to, and drop-off. Using the VDA5050 standard, the system ensures seamless communication between the robot and task management, providing real-time task status updates. For further customization, NODE.move includes an SDK that allows for the integration of specific behaviors, such as custom docking maneuvers, tailored to specific applications. 

This system is designed to help streamline robotic operations and improve efficiency in various industrial environments.