Task understanding
Turns natural language, process goals and context into structured steps.
Industrial control · Embodied development
AI Single/Dual-Arm
Control Hub
A unified intelligence and control core connecting task understanding, perception, motion planning and deterministic execution for single- and dual-arm robots.
Core capabilities
Intelligence and control, working in layers.
The intelligence layer interprets tasks, scenes and context. The control layer handles motion, communication and feedback. Constraints and confirmations remain explicit before critical actions are executed.
Multimodal perception
Connects vision and machine state for localization, recognition and decisions.
Motion planning
Organizes paths, coordination and constraints for one or two arms.
Real-time execution
Hands approved intent to deterministic control and industrial communication.
State feedback
Tracks robot and task state to support exceptions and replanning.
Integration interfaces
Connects robot bodies, perception, tools and higher-level systems.
Closed-loop task demo
One instruction. A complete bimanual operation.
The operator describes the goal in natural language. The control hub interprets intent, locates the target, plans the motion and uses impedance control to coordinate a compliant bimanual cable pick.
AI concept demo · Industrial realistic
- 01Interpret
Extract the target, position and picking intent.
- 02Locate
Identify the cable and determine an actionable pose.
- 03Plan
Generate a bimanual sequence within task constraints.
- 04Comply
Use impedance control for approach, grasp and feedback.
AI-generated concept visualization of the intended workflow. Impedance control does not replace application-specific risk assessment, safety design or engineering validation.
Two directions
One core for industrial and embodied robotics.
Industrial task control
Brings AI into assembly, machine tending, inspection and complex operations within defined process, safety and cycle-time boundaries.
Embodied development
Provides a hardware-software foundation for perception, policies, bimanual coordination and mobile manipulation research.
Control cycle, supported axes, protocols, compatible robots and safety capabilities will be published only after the corresponding engineering validation.
Project inquiry
Define the task.
Then choose the control path.
Share the robot, end effector, site interfaces and target task so we can establish fit and validation scope.