CyberView
Understand objects in three dimensions: their shape, position, and relationships. Spatial reasoning helps the robot determine how to grasp and manipulate them.
- 3D understanding
- Object relationships
- Spatial reasoning
Technology
From 3D understanding to autonomous robotic action.
Cyberbrain connects perception, planning, execution, and experience in one agent-native robot brain.
Cyberbrain Architecture
- 01
Sensors
Images, sensor data, and task instructions
- 02
CyberView
Objects, geometry, and spatial relationships
- 03
Cyberbrain Agent
Task planning and decisions
- 04
Robot Execution
Actions, verification, and feedback
- 05
Experience Memory
Task results and operating experience
- 06
Reusable Skills
Learned routines for future tasks
Execution feedback informs the next action. Task results are stored for reuse.
Cyberbrain, agent-native
Turn a task goal into a sequence of actions. The agent calls tools, executes the plan, and uses live feedback to adjust its next step.
- Task planning
- Autonomous execution
- Feedback adjustment
Self-deployment
The robot learns a task as it plans and executes. Repeated actions become reusable programs, reducing the need to reason through every familiar step again.
- Learn the task
- Retain experience
- Reuse the program
Task and inspection experience
The system stores inspection results and operating experience. Similar tasks can reuse learned routines; larger changes may still require human teaching.
Future applications
Planned expansion to handling and sorting
Starting with CNC inspection, we plan to extend the same robot brain to handling, sorting, and high-mix, low-volume production.
- 01Universal robot brain
- 02Industrial deployment
- 03Flexible CNC inspection
- 04More robots & tasks
06 / Contact
Discuss an industrial application
Contact us about investment, robot integration, or industrial task requirements.