Project 24 · Robotics / Teleoperation

Remote-Control Robotics System (4G Connected)

Low-Latency Cellular Teleop with Safe-Hold on Loss

Industry
Robotics / Teleoperation
Services
Cellular Networking Low-Latency Video Teleop Software
TRL
3 → 8
Duration
6 months
Technologies
WebRTC 4G/LTE H.265 secure tunneling
4G teleop network architecture
Figure 1 — End-to-end network architecture with latency budget.
Teleop operator UI
Figure 2 — Operator UI mockup with link health prominent.
Real-world Remote-Control Robotics System (4G Connected) installation
Figure 3 — Real-world deployment.

Project background

Even highly autonomous robots occasionally need human intervention. The client wanted a cellular teleop capability so operators could step in from anywhere, not just on-site.

Challenge

Keeping end-to-end latency low enough for safe control over variable cellular links, preserving security, and building an operator interface that degrades gracefully when bandwidth drops.

Approach & solution

We built a teleop stack on WebRTC with adaptive bitrate video, a dedicated control channel, and a secure gateway. The operator UI shows link health prominently and automatically ramps down command authority as conditions worsen.

Results & benefits

Operators can take over remotely with latency low enough for confident steering across typical cellular conditions. When the link degrades, the robot reverts to safe-hold rather than executing stale commands.

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