Chord Robotics
About
About Chord Robotics
Chord Robotics develops TEMPO, open-standards command software for coordinating mixed fleets of uncrewed aircraft, ground vehicles and surface vessels. A single interface assigns missions, synchronises vehicles and payloads, and retasks assets as conditions or platform availability change. Distributed decision-making reduces continuous operator input while retaining human command of mission objectives.
TEMPO supports reconnaissance, perimeter security, collaborative targeting and other multi-domain operations over constrained or contested communications. Its modular interfaces connect existing vehicles and payloads, while resilience functions reallocate tasks after a vehicle fails or is lost. Chord reports validation across more than 174 platforms, including at least 13 UAV, five UGV and two USV types during major defence demonstrations, establishing the software as a cross-vendor orchestration layer.
Operations
Operating milestones
- Operating milestone
2026-08-13 - Chord reports one-to-many control demonstrated on 174 unmanned platforms, with validation spanning more than 13 UAVs, five UGVs and two USVs at more than 19 defense events. - TEMPO multi-domain validation
Source
Supply
Supply chain relationships
- Rajant Corporation
Inbound - Subsystems - Rajant Corporation supplies Cowbell networking and edge compute for Chord TEMPO multi-domain autonomous fleets
Source - Rajant Corporation
Outbound - Autonomy Software - Chord Robotics TEMPO software supplies mixed-fleet autonomy for the Rajant Cowbell platform
Source
Team
- James Cooney - Chief Executive Officer - Leads Chord Robotics and its TEMPO collaborative-autonomy platform.
Timeline
Events
- 2026-05-21 - Partnership - Rajant Health and Chord Robotics expand Cowbell multi-domain autonomy platform
Rajant Health and Chord Robotics expanded their partnership to combine Cowbell distributed edge compute and networking with Chord's TEMPO collaborative-autonomy software. The integration supports one-to-many control of mixed autonomous fleets operating across air, land and sea. Flying Cowbell is designed to keep compute, applications and autonomy operating across mobile nodes when connectivity is intermittent or infrastructure is unavailable.
Source
Context
Comparable profiles
- Carmenta
stack adjacency - Mission Software Supplier
- Drone Harmony
stack adjacency - Mission Software Supplier
- Matrix Pro Sims
stack adjacency - Mission Software Supplier
Shared workflows
- SE3 Labs
workflow adjacency - Tactical Autonomous Missions · Unmanned Systems C2 Integration
- NODA AI
workflow adjacency - Tactical Autonomous Missions
- Shield AI
workflow adjacency - Tactical Autonomous Missions
- PDW
workflow adjacency - Tactical Autonomous Missions
- AeroVironment
workflow adjacency - Tactical Autonomous Missions
- Ghost Robotics
workflow adjacency - Tactical Autonomous Missions
- GMV Aerospace and Defence
workflow adjacency - Unmanned Systems C2 Integration
- Unmanned Defense Systems
workflow adjacency - Tactical Autonomous Missions
- Strategic Logix
workflow adjacency - Unmanned Systems C2 Integration
- Aerospace Electronics (China)
workflow adjacency - Unmanned Systems C2 Integration
- OWT Global
workflow adjacency - Unmanned Systems C2 Integration
- Excelerate Technology
workflow adjacency - Unmanned Systems C2 Integration
Context tags
- Tactical robot control software - Peer Group - Chord Robotics TEMPO coordinates mixed unmanned fleets across air, land and sea through a collaborative-autonomy command layer. https://chordrobotics.com/
- Mission software supplier - Stack Layer - SynChord is collaborative-autonomy mission software.
- Tactical autonomous missions - Workflow - The Chord-Rajant integration supports multi-domain collaborative autonomy.
- Unmanned systems C2 integration - Workflow - SynChord integrates UAVs, UGVs and USVs.