CORE TECHNOLOGY
We focus on the complete technical path from human input to reliable robot arm execution, with controllable and traceable safety boundaries for real industrial environments.
Translate operator input into executable robot arm movements while constraining speed, trajectories, joints, and workspace.
Use live video and spatial information to help operators understand remote sites and improve target localization and operating precision.
Synchronize control commands, robot status, and video, and transition to a safe state when network faults occur.
Apply safety measures across people, equipment, tasks, and sites to reduce operating errors and unauthorized actions.
SAFETY CHAIN
Login, identity, role, task, and equipment permissions.
Limits on speed, workspace, motion, targets, and workflows.
Latency monitoring, disconnection detection, and safe fallback.
Controller limits, collision detection, and emergency stop.
Barriers, sensors, equipment interlocks, and human intervention.
FROM TELEOPERATION TO AUTONOMY
Start by addressing real production tasks and workforce needs.
Record video, trajectories, states, outcomes, and exception handling.
Algorithms handle repetitive steps while people make complex judgments.
Continuously improve robot autonomy using real operational data.
* These are directions for technical development. Specific capabilities depend on the project stage and actual validation results.
ROBOT COMPATIBILITY