01 / VIRTUAL TRAINING
Practise before the real task.
Recreate a workspace in VR so operators can practise setup, task sequences and responses to faults before working with physical equipment.
VAR LIVE Robotics
Train the behaviour.
Program the task.
Prepare for deployment.
Robotics development starts before the equipment reaches the operating environment.
We shape training, simulation, programming and integration around what the robot needs to do—and how people will work with it.
Discuss a robotics project ↗Interactive robotics lab
Different machines.
Purposeful movement.
Explore three application studies, from precise handling to mobile inspection. Choose a robot, then drag left or right to change your view.
Precision, one movement at a time.
A coordinated pick-and-place sequence: approach the part, secure the grip, transfer and release at the second fixture.
Preparing the interactive scene…
Illustrative application studiesOpen dedicated preview ↗
Unitree G1 model by Unitree Robotics, via MuJoCo Menagerie. Model licence. Animation study by VAR LIVE.
Robotics in virtual reality
Step into the workspace.
Train, teach and operate.
VAR LIVE brings immersive environments and robotics software together. We can develop virtual workspaces for operator training, interactive task programming and remote assistance—connecting simulation with compatible robotic systems.
- 01VR operatorSee the workspace. Demonstrate an action.
- 02Simulation & control softwarePreview the task. Define limits and review commands.
- 03Compatible robotExecute supported actions. Return sensor feedback.
02 / INTERACTIVE TEACHING
Show the movement.
Use VR controllers to demonstrate movements or define target positions. Simulate and refine the sequence before transferring it to a compatible robot.
03 / REMOTE OPERATION
Work beyond the room.
Bring robot cameras, sensors and task controls into a VR interface. An operator can inspect a remote environment and guide supported tasks, subject to the robot and connection capabilities.
Connected through AI and Systems.
VAR LIVE AI can support perception and task learning where appropriate. VAR LIVE Systems connects robot interfaces, application software and operational workflows.
These are custom development capabilities. Physical robot control requires compatible interfaces, reliable communications and local safety controls. The previews on this page are browser simulations.
Explore the software
Program a movement.
See it respond.
Set the industrial arm’s tool position, record a sequence and preview the movement. Watch the path and joint readouts respond to your inputs.
From simulation to application
Train. Program. Prepare for deployment.
Build the behaviour.
Define tasks, environments and training scenarios. Explore responses in simulation and prepare operators for the intended workflow.
Control the sequence.
Develop task logic, sensor responses and equipment interfaces. Test expected behaviour and exception handling before a controlled pilot.
Connect to operations.
Plan site integration, calibration, acceptance checks and operator handover around the selected equipment and working environment.
Two sides of training
Train the robot.
Train the team.
A useful robotics programme considers both machine behaviour and the people responsible for operating it.
Learn the task
Define examples, scenarios and evaluation criteria. Where AI learning is appropriate, plan the data, model evaluation and controlled updates with VAR LIVE AI.
Practise the workflow
Use simulated tasks and operating procedures to prepare people for setup, supervision, exceptions and day-to-day operation.
Built across VAR LIVE
Three capabilities.
One development path.
ROBOTICS
VAR LIVE AI ↗The application
Task definition, simulation, programming and physical-system behaviour.
The intelligence
Data interpretation, behaviour learning where appropriate, predictions and recommendations.
VAR LIVE SYSTEMS ↗The integration
Equipment interfaces, application software, infrastructure and operational workflows.
Start with the task
What do you want
the robot to do?
Share the intended task, robot or equipment, working environment and current stage of development. We’ll shape the training, programming and integration scope around your project.
Discuss your robotics project ↗Bring us your starting point
- The task
- What should happen, and how will success be assessed?
- The equipment
- An existing robot, selected hardware or an application still being explored.
- The environment
- Site conditions, connected systems and operator requirements.
- The stage
- Training concept, programming prototype or deployment planning.