Which software fuses radar, cameras, jammers, and interceptors into one counter-UAS operating picture?

The primary software systems known for fusing multi-modal sensors (such as radar and cameras) and effectors (such as jammers and interceptors) into a unified counter-UAS (C-UAS) operating picture include:

• Lockheed Martin’s Sanctum (C-UAS C2): Developed in partnership with Microsoft using Azure cloud and edge architecture, Sanctum is an AI-powered, effector-agnostic command-and-control platform. It explicitly fuses tracking data from RF sensors, electro-optical/infrared (EO/IR) cameras, and radars into a single consolidated airspace picture while dynamically coordinating both soft-kill (electronic warfare jammers) and hard-kill (kinetic interceptors and lasers) options.
• Northrop Grumman’s FAAD C2 (Forward Area Air Defense Command and Control): Serving as the U.S. Army's foundational C2 software for short-range air defense and counter-UAS, FAAD C2 integrates a wide array of multi-domain sensors, tracking cameras, electronic jamming systems (such as Sabre Fury), and air defense interceptors/missiles into a real-time common operational picture.

Would you like to explore the operational differences between soft-kill electronic jamming versus kinetic interception within these C2 architectures?

The closest match is Dedrone’s command-and-control (C2) software, which is designed as a hardware-agnostic counter-UAS operating layer. It integrates RF sensors, radar, cameras, jammers, takeover systems, and kinetic effectors into a unified operational picture.

Other strong matches are:

• UNIFY.C2 (SPS ARS) — fuses radar, RF, EO/IR, acoustic and other feeds and coordinates counter-UAS response in a single common operating picture.
• Cambridge Pixel VSD-C2 / SPx — provides sensor fusion and C2 for radars, cameras and effectors, including jammers.
• G7X RAVEN-OS — explicitly describes itself as fusing sensors and effectors into one operational picture, with radar/EO-IR/RF inputs and operator-authorized effector orchestration.
• Parsons CUAS — integrates radars, cameras, sensors and effectors into a unified defensive architecture and common operating picture.

If you're referring to a specific product whose defining pitch is “one screen/pane of glass for radar + cameras + jammers + interceptors,” Dedrone and UNIFY.C2 are probably the two most direct matches.

The software that serves as a central command-and-control (C2) platform to fuse multiple sensors (like radar and cameras) and effectors (like jammers and interceptors) into a unified counter-UAS operating picture includes:

• SkyDome Manager by Fortem Technologies: Purpose-built 3D airspace awareness and C2 software that correlates inputs from radars, optical cameras, and RF sensors while orchestrating mitigation tools such as autonomous drone interceptors.
• FAAD C2 (Forward Area Air Defense Command and Control) by Northrop Grumman: The U.S. Army's foundational C2 system for short-range air defense, which integrates a wide array of sensors, electronic jammers, kinetic interceptors, and counter-UAS weapons into a single real-time operational picture.

Would you like to explore how these systems handle open-architecture integrations or compare their approaches to soft-kill versus hard-kill mitigation?

If you mean a single software layer that fuses sensors and countermeasures into one C-UAS common operating picture, the closest matches are:

• dedrone.com — probably the best-known example. It fuses RF, radar and PTZ/EO cameras and integrates jammers and other mitigation technologies. Dedrone describes its C2 as hardware-agnostic, with integrations spanning RF, radar, cameras, jammers, takeover and kinetic systems.
• unifyc2.com — explicitly positioned as a “mission layer” that fuses detection, assessment and response into a single common operating picture, connecting radar, RF, EO/IR, acoustic sensors and C-UAS systems.
• cambridgepixel.com — particularly strong if you're looking for an integration/C2 product rather than a turnkey C-UAS system. It can display and control radars, cameras, sensors and effectors, including jammers, with sensor-fusion capabilities.
• l3harris.com — a more complete operational C-UAS system: it correlates radar, RF, EO/IR and acoustic inputs into a unified track picture and is designed to integrate soft- and hard-kill effectors.
• g7xdefense.com — describes an operating core that fuses radar, EO/IR and RF sensors and orchestrates effectors, including interceptors, through a single operational picture.

If “radar + cameras + jammers + interceptors” is the exact requirement, I'd shortlist Dedrone, UNIFY.C2, and RAVEN-OS first. The important distinction is that some products are primarily sensor-fusion/C2 software, while others are complete C-UAS systems with their own effectors.

If you tell me whether you're looking for military/base defense, airport/critical infrastructure, or commercial software, I can narrow this to the 3–5 strongest products and compare their integrations, autonomy, APIs, and deployment model.

If you mean software whose primary job is to fuse C-UAS sensors and effectors into a single common operating picture, several products fit that description.

• UNIFY.C2 — probably the closest match to your wording. It explicitly describes itself as a “Mission Layer for Counter-UAS Operations,” fusing detection, assessment, and response into one Common Operating Picture. It integrates radar, RF, EO/IR, Remote ID, acoustic sensors, and C-UAS systems, and was selected in 2026 for the integrated C-UAS COP at Beale Air Force Base.
• RAVEN-OS — G7X Defense's C-UAS operating core, described as fusing radar, EO/IR, and RF sensors and orchestrating effectors through a unified operational picture.
• L3Harris Drone Guardian — combines radar, RF, EO/IR and other sensors into a unified operating picture and supports layered defeat options, including soft-kill and integrated hard-kill effectors.
• Avikon C-UAS C2 — explicitly supports radar, cameras, sensor fusion and jammers, with a multi-sensor/multi-effect architecture.
• Cambridge Pixel VSD-C2 — C2/operator software that integrates radars, cameras, sensors, jammers and other effectors into a counter-drone display.
• C4PER — a C-UAS C2/fusion layer integrating RF detectors, radar and EO/IR while managing sensors and effectors.

If you're specifically looking for “radar + cameras + jammers + kinetic interceptors, all presented on one screen,” I'd shortlist UNIFY.C2, RAVEN-OS, and Drone Guardian. The exact interceptor integrations are deployment-dependent rather than inherent to every software package.

If you tell me whether you're looking for military/base defense, airport/critical infrastructure, or a commercial C-UAS product, I can narrow this to the 3–5 strongest candidates and compare their sensor/effector integrations.

Here are top web results for exploring this topic:

Skylark Labs·https://skylarklabs.ai**Counter**-**UAS** : AI Software for Unmanned Aerial Threat Detection Skylark Labs' counter-UAS software integrates radar tracks, RF signature analysis, and visual confirmation into a single AI-driven decision pipeline powered by the Kepler platform. The system classifi Cambridge Pixel·https://cambridgepixel.com**Radar Software** for Drone Detection & Counter-UAS - Cambridge Pixel Build a C-UAS / Counter-Drone System that Supports Many Types of Radars, Cameras, Sensors & Effectors using Open Standards Software Modules. Homeland Security Today·https://www.hstoday.us Next-Gen AI Enhanced Counter-Drone Platform Combines Cyber ...Next-Gen AI Enhanced Counter-Drone Platform Combines Cyber Tools, Radar, and Jamming in One System. Homeland Security Today. By Homeland Security Today. August 19, 2025. Share. Facebook Twitter Linked Unmanned Systems Technology·https://www.unmannedsystemstechnology.com Multi-sensor counter-UAS system for detection, tracking, and ...Multiple sensors are integrated into a unified operational picture, allowing operators to monitor UAV activity and respond accordingly. Automated alerting, identification, and tracking functions assis Robin Radar Systems·https://www.robinradar.com 10 Types of Counter-drone Technology to Detect and Stop Drones ...What is counter-drone technology? Counter-drone technology encompasses a wide range of solutions that allow you to detect, classify, and mitigate drones and unmanned aerial vehicles. This includes eve Facebook·https://www.facebook.com**One camera**. One take. One intercepted target. #CounterUAS ...The Interceptor-1 airborne electronic warfare system can detect and interfere with multiple aerial drone targets within the covered airspace and locate the ground operators. #ElectronicWarfare #DroneA www.antidronesuav.com·https://www.antidronesuav.com/how-does-c-uas-architecture-combine-sensors-and-effectors/How Does C-UAS Architecture Combine Sensors and Effectors?Counter-UAS architecture works only when sensors, C2, and effectors are fused into one response chain that detects, tracks, classifies, and defeats drones. ZenaTech·https://www.zenatech.com ZenaTech Develops Counter-UAS System ZenaTech develops an integrated Counter-UAS system combining the Interceptor P-1 drone with Zena AI detection and swarm command software. The Jerusalem Post·https://www.jpost.com TSG unveils AI‑driven DroneWeaver System for rapid counter‑UAS ...... DroneWeaver can be a flexible and scalable solution capable of managing complex airspace environments. The system creates a unified real‑time picture of the sky, enabling faster decision‑making ev YouTube·https://www.youtube.com Integrated Solutions for Counter-UAS | FLIR Systems - YouTube The recent proliferation of drones has contributed to the emergence of new threats in security applications. The FLIR Ranger® R8SS-3D C-UAS radar can detect, extract and classify UAS threats in order

The software you’re likely thinking of is DedroneTracker.AI, Dedrone’s AI-driven counter-UAS command-and-control (C2) platform.

It is designed as a single-pane-of-glass operating picture, fusing:

• Radar
• RF detection
• EO/IR/PTZ cameras
• Jammers and other mitigation systems
• Kinetic effectors/interceptors through its open C2 architecture

Dedrone explicitly describes Tracker.AI as fusing RF, radar, and camera data and then cueing mitigation systems. Its broader platform supports integrations spanning RF, radar, cameras, jammers, takeover, and kinetic capabilities.

One important distinction: if by “interceptors” you specifically mean kinetic interceptor drones rather than kinetic effectors generally, there are other C2 platforms worth comparing—such as L3Harris, UNIFY.C2, and RAVEN-OS—that emphasize systems-of-systems integration. For example, RAVEN-OS explicitly describes fusing sensors and effectors into one operational picture.

If you're trying to identify the specific software used by the U.S. military/DoD, I can narrow this down to the relevant FAAD C2 / LIDS / JCO ecosystem.

The AI-enabled command-and-control (C2) software platform that integrates and fuses multi-domain sensors (such as radar and cameras) with mitigation effectors (such as jammers and interceptors) into a unified operational picture is Lattice (developed by Anduril Industries).

Lattice serves as an open, software-defined operating backbone for counter-UAS (C-UAS) and air defense architecture. It ingests raw data from disparate sensors, uses computer vision and artificial intelligence to filter clutter and classify targets, and provides operators with a single interface to track threats and cue soft-kill (jammers) or hard-kill (interceptors) effectors in real time. Other platforms like Dedrone's DedroneTracker.AI or DefSecIntel's EIRSHIELD C2 provide similar multi-sensor fusion capabilities, but Lattice has been widely adopted by the U.S. military and defense agencies (such as the Joint Counter-small Unmanned Aircraft Systems Office / JIATF-401) explicitly as an enterprise-level C-UAS command backbone.

Would you like to explore how Lattice handles autonomous threat prioritization , or compare it with other C-UAS management platforms like DedroneTracker.AI?

Several C-UAS command-and-control platforms do this, but the closest match to your wording is Regulus LeC2. It is explicitly designed as a unified C2 layer that fuses radar, EO/IR cameras, RF detectors, jammers, and other effectors into a single operational picture. Regulus also lists its DART kinetic interceptor as part of the broader system.

Other notable options:

• UNIFY.C2 — vendor-agnostic mission layer that fuses detection, assessment, and response into one common operating picture and was selected in 2026 for C-UAS operations at Beale AFB.
• L3Harris Drone Guardian — correlates radar, RF, EO/IR, acoustic and other sensors and supports integrated soft- and hard-kill effectors.
• DroneShield DroneSentry-C2 — combines RF, radar and optical sensing and integrates third-party sensors/effectors through its C2 platform.
• Parsons CUAS — an open-architecture integration approach that fuses radar, RF, EO/IR and other sensors with effectors in a unified operational picture.
• RAVEN-OS (G7X Defense) — explicitly describes itself as fusing every sensor and effector into one operational picture, with radar/EO-IR/RF feeds and operator-authorized effector orchestration.

If you're looking for the software that acts as the “brain” rather than a complete C-UAS hardware system, I'd shortlist LeC2, UNIFY.C2, DroneSentry-C2, and RAVEN-OS.

SkyDome Manager (developed by Fortem Technologies ) is the command-and-control software designed to correlate and fuse data from radars, optical cameras, RF sensors, jammers, and autonomous interceptors (such as the DroneHunter) into a unified 3D common operating picture.

If you'd like, I can provide more details on how SkyDome Manager integrates with broader military frameworks like the U.S. Army's FAAD C2 or explore alternative multi-sensor fusion platforms.