Advanced Solutions for Air, Land, and Sea Operations
ORUS and Mission Kits
ORUS is the core of the Icarus Swarms offer.
It is our autonomous swarm operating system, designed to coordinate large numbers of drones and robotic platforms in real time.
ORUS allows operators to deploy, supervise and control complex swarm behaviors across multiple mission profiles. Built for defense, security and demanding field operations, it provides the software backbone required to transform individual platforms into a scalable, mission-ready swarm capability.
Built on top of ORUS, Icarus Swarms offers a range of mission-specific kits designed for rapid deployment and operational flexibility.
Our Kits
Electronic Warfare Kit
Supports electronic warfare missions through coordinated airborne deployment and payload integration.
Real-Time Photogrammetry Kit
Generates 3D terrain and infrastructure models faster through parallel swarm-based acquisition.
Landmine Detection Kit
Helps detect landmines and hazardous ground conditions while reducing operator exposure.
Radioactivity Mapping Kit
Measures and maps radiological conditions across an area without putting teams at risk.
Video Surveillance Kit
Provides persistent, real-time video coverage from multiple synchronized viewpoints.
Drone Attack Training Kit
Simulates realistic drone threat scenarios for operational training and readiness.
Counter-Drone Evaluation Kit
Enables realistic testing and assessment of anti-drone and counter-UAS systems.
Infrared Area Illumination Kit
Illuminates an area in the infrared spectrum for night and low-visibility operations.
Drone-on-Drone Interception Kit (HTK)
Supports drone-against-drone interception concepts for advanced counter-UAS missions.
One Core System, Multiple Missions
With ORUS as a common software backbone, each kit adds the mission-specific payloads, integrations and operational logic required for deployment. This modular approach allows customers to start with one operational capability and expand toward broader multi-mission swarm operations over time.
