Connect assets and sensors
Drones, UGVs, robotic dogs, observation posts and ground sensors report into NOMAD over the Tactical Video & Teleoperation Suite or standard protocols.
Tactical Control & Connectivity
NOMAD Tactical Robotic C2
One Operator. Multiple Autonomous Assets.
A tactical command-and-control platform for coordinating drones, UGVs, robotic dogs, sensors and observation posts through one operational interface.
NOMAD is a tactical command-and-control platform that lets one operator task, monitor and coordinate drones, UGVs, robotic dogs, static sensors and observation posts from a single interface. Targets detected by one asset appear for every connected operator with position and video, so air-to-ground cross-cueing takes seconds instead of a radio conversation.
Overview
What the NOMAD Tactical Robotic C2 does
NOMAD is Neuronic's tactical command-and-control platform for robotic forces. It gives one operator a single interface to task, monitor and coordinate drones, UGVs, robotic dogs, static sensors and observation posts across a mission area.
Assets share automatically. A target detected by a drone appears in NOMAD with its position and video, can be pushed to a ground robot for investigation, and stays synchronised across every connected operator. Cross-cueing between air and ground assets happens in seconds instead of over the radio.
NOMAD is built for human-on-the-loop supervision: the operator assigns intent and approves decisions, while platforms execute autonomously. It runs on tactical tablets, rugged laptops, Jetson-based edge computers and command stations, and interoperates with ATAK and existing command systems.
Capabilities
Core capabilities
- Multi-platform control of air and ground assets
- Mission assignment by intent
- Multi-robot coordination and teaming
- Swarm and hybrid-swarm mission coordination
- Automatic data sharing between assets
- Video sharing across operators
- Target sharing and cross-cueing
- Common operational picture with live positions
- Platform health and mission status
- Human-on-the-loop supervision and approval
- ATAK and third-party C2 interoperability
How it works
How the NOMAD Tactical Robotic C2 works
From sensor input to actionable output in four steps.
Build a shared operational picture
Live positions, video, tracks and mission status are fused into one map that every connected operator sees.
Task by intent
The operator assigns missions and approves decisions; platforms execute autonomously while staying on the loop.
Cross-cue automatically
A target detected by one asset can be pushed to another — for example from a drone to a ground robot — without verbal hand-off.
Use cases
Where it's used
Typical situations this system is deployed in, and what it solves in each one.
One person, several robots
Drones, ground robots and robotic dogs appear on one map and are tasked from one screen, so the number of platforms does not multiply the operators.
Find with the air, check on the ground
A drone detection can be passed straight to a ground robot, which is sent to verify what was seen.
Base and perimeter defence
Fixed sensors and moving robots feed one shared picture, with live positions and status for every asset.
Working with the systems already in use
The picture and the tracks can be shared with ATAK and other existing command systems rather than replacing them.
Integration
Interfaces and integration
Built to drop into an existing architecture — standard interfaces, standard hardware, no forced replacement of fielded systems.
- Asset interfaces: Neuronic drone and ground autonomy, MAVLink and ROS platforms
- Sensors: EO/IR observation posts, ground sensors, third-party detectors
- Interoperability: ATAK / CoT messaging, STANAG 4609 video, customer C2 APIs
- Transport: Tactical Video & Teleoperation Suite over RF, mesh and cellular
- Deployment: on-premises and disconnected; no cloud dependency required
Demos
See it running
Neuronic Capability Overview
A short overview of the Neuronic stack: edge perception, platform autonomy, tactical video and multi-robot command and control.
NOMAD Multi-Robot Mission
A drone detects a target, NOMAD shares position and video automatically, and a ground robot is tasked to investigate — one operator, multiple autonomous assets.
Related
Works with
Drone Autonomy Suite
Onboard autonomy for navigation, mission execution, sensor control, target tracking and autonomous mission behaviors.
Ground Robotics Autonomy Box
A retrofit autonomy computer that upgrades existing ground robotic platforms with navigation, obstacle avoidance and autonomous mission behaviors.
FAQ
Common questions about the NOMAD Tactical Robotic C2
Plain-language answers for integrators, procurement teams and operators.
- How many robots can one operator supervise?
- NOMAD is designed so one operator can task and monitor multiple heterogeneous air and ground assets through a single interface.
- Does it require a cloud connection?
- No. NOMAD deploys on-premises and in disconnected environments; no cloud dependency is required.
- Can it integrate with ATAK?
- Yes. NOMAD uses CoT messaging and can share tracks, video and the common operational picture with ATAK and other customer C2 systems.
- What is human-on-the-loop supervision?
- The operator assigns intent and approves key decisions, while the platforms execute autonomously. The human remains in command without manually piloting every action.
- Does it support robotic swarming?
- Yes. NOMAD coordinates swarm and hybrid-swarm missions where multiple platforms share a task and act as a team.
- What assets work with NOMAD?
- Neuronic-enabled drones and ground robots, MAVLink and ROS platforms, EO/IR observation posts and third-party detectors.
Discuss your platform and mission
Tell us the platform, sensor and mission. We will walk you through integration options and arrange a technical demonstration.