Included in the programRobotic Arms
Learn manipulation, object detection, grasping, and automation.
The Lab
A real laboratory. A carefully designed remote experience.
Current statusCommissioning
We are developing our Silicon Valley lab for supervised robotics learning. The program is built around robot-arm workstations, camera views and controlled manipulation tasks.
Remote access will open only after the equipment, teaching workflow and safety procedures have been tested. Register interest for confirmed launch details and demonstrations when available.
Mountain View, CA · --:-- PT
Illustrative — not a recording of the ON Robotics lab.
Equipment
Robot arms are the program's main platform. Cameras support observation and evidence collection.
Included in the program
PlannedMobile Robots
Develop navigation, sensing, computer vision, and autonomous movement.
PlannedDrones
Explore perception, navigation, coordination, and remote operations.
Advanced extensionHumanoid Robots
Advanced students work toward programming and controlling next-generation humanoid systems.
Example mission
Move a lightweight block into a marked tray.
- Task
- Pick up a lightweight block and place it inside a marked tray.
- Approved actions
- Only movements cleared by the instructor, within tested operating limits.
- Supervision
- A qualified supervisor is present at the physical station throughout.
- Success criterion
- The block rests fully inside the tray without contact outside the approved area.
- Evidence required
- Saved code, a recording of the attempt and a written note on what worked or failed.
Labelled as an example until the actual station and lesson are validated.
What lab access is, and is not
Lab access is scheduled and supervised. Learning materials and simulation practice are separate from physical robot availability.
The program does not provide unrestricted, around-the-clock control.