Capture video and telemetry
The suite ingests video and control data from drones, UGVs and robotic dogs at the edge, alongside MAVLink and ROS telemetry.
Tactical Control & Connectivity
Tactical Video & Teleoperation Suite
Reliable Video and Control for Drones, UGVs and Robotic Dogs
Low-latency video, teleoperation and control for drones, UGVs and robotic dogs operating over RF, mesh, cellular and bandwidth-constrained tactical networks.
The Tactical Video & Teleoperation Suite delivers low-latency video and responsive control for drones, UGVs and robotic dogs over RF radios, tactical mesh, cellular and satellite-backed links. Bitrate, resolution and frame rate adapt continuously to measured link conditions and control traffic is prioritised over video, so the operator keeps working on a degraded link instead of losing the feed.
Overview
What the Tactical Video & Teleoperation Suite does
The Tactical Video & Teleoperation Suite keeps the operator connected to the platform when the network will not cooperate. It delivers low-latency video and responsive control for drones, UGVs and robotic dogs across RF radios, tactical mesh, cellular and satellite-backed links.
Transmission adapts continuously to measured link conditions: bitrate, resolution and frame rate move with available bandwidth, control traffic is prioritised over video, and the system stays usable on a degraded link instead of freezing and dropping.
The same suite carries telemetry and remote control for air and ground platforms through MAVLink and ROS, and feeds video and position into NOMAD so several operators can share one picture of the same mission.
Capabilities
Core capabilities
- Low-latency video for drones, UGVs and robotic dogs
- Teleoperation and remote control
- Adaptive transmission against measured bandwidth
- Link-aware operation and graceful degradation
- RF radio, tactical mesh, cellular and hybrid link support
- Prioritised control channel over video traffic
- MAVLink and ROS telemetry transport
- Multi-stream operation from several platforms at once
- Degraded and intermittent link operation
How it works
How the Tactical Video & Teleoperation Suite works
From sensor input to actionable output in four steps.
Adapt to the link
It continuously measures available bandwidth and adjusts bitrate, resolution and frame rate so the stream stays usable as conditions change.
Prioritise control
Control traffic is protected over video traffic, so the operator keeps command even when the link is heavily degraded.
Share the picture
Video, telemetry and target data feed into NOMAD and ATAK so multiple operators and command systems see the same mission picture.
Use cases
Where it's used
Typical situations this system is deployed in, and what it solves in each one.
Driving a robot you cannot see
Video and control hold up over radio, mesh and cellular links, so a drone or ground robot can be operated from beyond line of sight.
Working with a weak or unstable link
In cities and indoors the connection comes and goes. Control keeps priority over video, so the operator stays in command as bandwidth drops.
Bomb disposal and hazardous checks
The operator stays out of the danger area and still gets low-delay video and precise control of the robot.
Sending sensor video back to the team
Video from remote observation posts and several platforms at once can be shared with more than one operator.
Integration
Interfaces and integration
Built to drop into an existing architecture — standard interfaces, standard hardware, no forced replacement of fielded systems.
- Transport: RF radio, MANET mesh, LTE/5G, wired backhaul
- Protocols: MAVLink, ROS / ROS 2, RTP/RTSP video, STANAG 4609 where required
- Runs on the same Jetson class edge computer as Neuronic autonomy and analytics
- Operator clients on Android tactical tablets, Windows and Linux
- Video, telemetry and target data shared into NOMAD and ATAK
Related
Works with
Ground Robotics Autonomy Box
A retrofit autonomy computer that upgrades existing ground robotic platforms with navigation, obstacle avoidance and autonomous mission behaviors.
NOMAD Tactical Robotic C2
A tactical command-and-control platform for coordinating drones, UGVs, robotic dogs, sensors and observation posts through one operational interface.
FAQ
Common questions about the Tactical Video & Teleoperation Suite
Plain-language answers for integrators, procurement teams and operators.
- What radios and links are supported?
- RF radios, MANET mesh, LTE/5G, wired backhaul and hybrid links. The system is link-agnostic and adapts to whatever bearer is available.
- How low is the latency?
- Latency is kept low by link-aware adaptive encoding and by prioritising control traffic over video. Exact numbers depend on the radio and range.
- Can multiple video streams run at once?
- Yes. The suite supports multi-stream operation from several platforms simultaneously, sharing one tactical picture.
- Does it work when bandwidth drops sharply?
- Yes. The stream degrades gracefully rather than freezing, and control remains responsive so the operator stays in command.
- What protocols does it carry?
- MAVLink, ROS / ROS 2, RTP/RTSP video and STANAG 4609 where required. Telemetry and target data are shared into NOMAD and ATAK.
- What operator devices are supported?
- Operator clients run on Android tactical tablets, Windows and Linux rugged laptops and command stations.
Discuss your platform and mission
Tell us the platform, sensor and mission. We will walk you through integration options and arrange a technical demonstration.