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

The software platform you are referring to is Unitus , which serves as the command-and-control (C2) and integration software for Honeywell Aerospace's SAMURAI (Stationary and Mobile UAS Reveal and Intercept) counter-UAS system.

• Unitus Software: Acts as a technology-agnostic open integrator that fuses disparate hardware—such as radars, electro-optical/infrared (EO/IR) cameras, electronic jammers, and kinetic or non-kinetic interceptors—into a single unified operating picture and interface.
• SAMURAI Platform: Deploys this integrated architecture across fixed sites, mobile vehicles, and airborne platforms (such as vertical take-off and landing uncrewed systems) to track, classify, identify, and defeat drone threats.

Would you like to know more about how Unitus and SAMURAI handle open architecture standards (MOSA) or how they deploy on mobile vs. stationary platforms?

If you mean a software C2 layer that combines radar, EO/IR cameras, RF sensing/jamming, and interceptors/effectors into one common operating picture, several products fit that description:

• UNIFY.C2 — explicitly designed as a Counter-UAS “mission layer,” fusing radar, RF, EO/IR, Remote ID and other feeds into a single COP and coordinating response systems. It was selected in 2026 for the integrated C-UAS COP at Beale Air Force Base.
• Cambridge Pixel VSD-C2 / SPx Fusion Server — integrates radars, EO/IR cameras, RF sensors, jammers and other effectors, with sensor fusion and operator C2.
• L3Harris Drone Guardian — combines radar, RF, EO/IR, acoustic and other sensors into a unified operating picture and supports layered counter-UAS responses, including configurable jamming.
• Avikon C-UAS C2 — provides radar/camera integration, multisensor tracking/fusion, jammer control and simultaneous management of multiple sensors/effectors.
• ART HMI from Advanced Radar Technologies — a geospatial C-UAS/surveillance layer integrating radar, cameras, RF detectors and jammers into a common operational view.

If you're asking for the specific software that “fuses radar + cameras + jammers + interceptors”, rather than a general C-UAS system, UNIFY.C2 is particularly close to that description: it is explicitly positioned as the software mission/COP layer sitting above heterogeneous sensors and countermeasure systems.

The software platform used by the U.S. military to fuse radar, cameras, electronic warfare jammers, and kinetic interceptors into a single common operating picture is FAAD C2 (Forward Area Air Defense Command and Control).

• System Integration: Developed by Northrop Grumman, FAAD C2 serves as the overarching command-and-control software for systems like the FS-LIDS (Fixed Site-Low, Slow, Small Unmanned Aircraft System Integrated Defeat System) and M-LIDS.
• Capabilities: It ingests real-time tracking data from multi-mission radars (such as KuRFS or AN/TPQ-50), cues electro-optical/infrared (EO/IR) cameras for visual confirmation, and coordinates soft-kill electronic jammers or hard-kill kinetic options (like Coyote interceptors) within a unified interface.

Would you like to explore how FAAD C2 handles multi-sensor data correlation , or look into specific hardware configurations like FS-LIDS and M-LIDS?

If you mean one software layer that combines radar, EO/IR cameras, RF sensing, jammers, and hard-kill/interceptor effectors into a single counter-UAS operating picture, several platforms fit, but UNIFY.C2 is probably the closest match.

• UNIFY.C2 — vendor-agnostic C-UAS command-and-control platform that fuses radar, EO/IR, RF, acoustic and other detection systems into a common operating picture and coordinates response systems. It was selected in 2026 for an integrated C-UAS common operating picture at Beale Air Force Base.
• L3Harris Drone Guardian — combines radar, RF, EO/IR and acoustic sensing into a unified track picture and is designed to integrate both soft-kill and hard-kill effectors.
• Regulus LeC2 — explicitly positions itself as a unified airspace-defense platform tying sensors, jammers and other effectors into one dashboard, including radar and optical systems.
• Cambridge Pixel VSD-C2 — C2/display software that can integrate radars, cameras, sensors, jammers and other effectors, with sensor-fusion capabilities.
• Avikon C-UAS C2 — supports radar, camera/EO, sensor fusion and jammer integration, with multi-sensor/multi-effector management.

If you're thinking of a specific U.S. defense program/product, tell me the context (e.g. military base, vehicle-mounted system, airport, or a particular company), and I can identify the exact software.

The software architecture responsible for fusing multi-modal inputs—such as radar, optical/thermal cameras, radio frequency (RF) sensors, jammers, and kinetic or non-kinetic interceptors—into a single, cohesive interface is broadly classified as a Command and Control (C2) or C4I (Command, Control, Communications, Computers, and Intelligence) software platform.

Rather than being tied to a single proprietary box, this capability is achieved through open-architecture sensor-fusion and C2 software frameworks. Examples used across defense and critical infrastructure include:

• FAAD C2 (Forward Area Air Defense Command and Control): Used extensively by the U.S. military to integrate diverse short-range air defense sensors and effectors—including radars, cameras, electronic warfare/jammers, and kinetic interceptors—into a unified air-tracks operating picture.
• DedroneCity / DedroneTracker: Commercial enterprise command platforms that ingest multi-vendor inputs (radar, RF, cameras) and coordinate mitigation effectors.
• Skylock C2 / Platform Architectures: Systems designed to fuse radar, RF, EO/IR, and acoustic data into a shared track view while cueing active neutralisation tools like jammers or interceptors.
• Cambridge Pixel's SPx Fusion Server / VSD: Software backbones utilized to blend multi-radar/camera inputs and provide automated slew-to-cue controls for active effectors.

The primary purpose of this software layer is to prevent "multi-screen chaos," reduce false alarms via real-time data correlation, and provide operators with a single pane of glass to detect, track, identify, and authorize a response.

If you are looking at a specific military program, commercial vendor , or deployment scale (such as tactical mobile vs. fixed site infrastructure), let me know so I can give you the exact system nomenclature.

Several counter-UAS (C-UAS) command-and-control (C2) software platforms are designed to fuse radar, EO/IR cameras, RF sensors, jammers, and interceptors/effectors into a single common operating picture (COP). The exact answer depends on the vendor ecosystem, but notable examples include:

• UNIFY.C2 — A C-UAS mission-layer platform that fuses data from radar, RF sensors, EO/IR cameras, Remote ID, acoustic sensors, and counter-UAS systems into a single operational environment. It is designed to coordinate detection, assessment, and response workflows across different systems.
• Regulus’s LeC2 — A unified air-defense C2 platform that integrates sensors and effectors, including radar, optical systems, RF detection, jammers, and other counter-drone technologies, into one dashboard/operational picture.
• L3Harris Technologies’s Drone Guardian — Uses multi-sensor correlation (radar, RF, EO/IR, acoustic, and other inputs) to create a unified operating picture and support layered responses with integrated effectors.
• SecureSense Innovations’s CoreCommand — A sensor-fusion C2 platform that correlates tracks from integrated sensors, including radar and EO/IR systems, into one operating picture and supports response integrations.
• VAERN Systems — Its architecture separates the fusion/C2 layer from sensors and effectors, combining radar, passive RF, EO/IR, jammers, nets, and kinetic interceptors through its software layers into a fused air picture.

If you mean the military term rather than a specific vendor, the category is usually called a Counter-UAS Command and Control (C2) / Battle Management System (BMS) or C-UAS Common Operating Picture (COP). These systems sit between:

• Sensors: radar, RF detection, EO/IR cameras, acoustic sensors, Remote ID
• Fusion layer: track correlation, classification, threat scoring
• C2 interface: operator COP, alerts, rules of engagement
• Effectors: RF jammers, spoofers, cyber takeover tools, directed energy, or kinetic interceptors

For a defense acquisition context, the closest generic phrase would be: “a sensor-agnostic C-UAS C2 system with multi-sensor fusion and effector orchestration.”

If you mean a software layer that combines radar + EO/IR cameras + electronic/RF sensors + jammers/interceptors into a single counter-UAS common operating picture, several products fit—but the closest matches are:

• VAERN Systems — CORE/HAMMER/STRIKER: explicitly fuses radar, passive RF and EO/IR into one track picture, with HAMMER providing C2 and STRIKER integrating RF jammers and kinetic/capture interceptors.
• Cambridge Pixel VSD-C2: a mature, hardware-agnostic C-UAS C2 product that integrates radars, cameras, sensors, jammers and other effectors, with sensor fusion and slew-to-cue.
• ART HMI (Advanced Radar Technologies): specifically advertises a common operational view integrating radars, cameras, RF detectors and C-UAS jammers, with threat evaluation.
• AARTOS RTSA-Suite PRO: combines RF, radar, EO/MWIR and smart jamming in one C2 workflow.
• L3Harris Drone Guardian: operational C-UAS software/system using multi-sensor correlation across radar, RF, EO/IR and acoustic sensors, with configurable response including authorized automated jamming.

If “interceptors” specifically means kinetic interceptors rather than just jammers, VAERN is the clearest match in the sources I found: its architecture explicitly connects the fused C2 picture to RF jammers and kinetic interceptors.

If you're trying to identify one particular vendor/product from a description you have in mind, give me any clue—country, military program, company, or approximate year—and I can narrow it down.

The software you are referring to is SkyDome (specifically SkyDome Manager ), developed by Fortem Technologies.

• What it does: SkyDome is an AI-powered command-and-control (C2) software platform that creates a unified, real-time airspace awareness and engagement picture.
• How it integrates: It ingests and fuses data from distributed edge sensors—such as Fortem's TrueView radars and optical/thermal cameras—while concurrently orchestrating active effectors like electronic jammers and autonomous kinetic interceptors (such as the DroneHunter F700) to detect, track, and neutralize drone threats autonomously or under human-in-the-loop control.

If you'd like, I can dive deeper into:

• How autonomous net-capture interceptors work compared to traditional RF jammers or high-energy lasers.
• The specific architecture of multi-sensor fusion in modern C-UAS systems.

Let me know how you'd like to proceed!

The primary U.S. Department of Defense software system utilized to integrate and fuse radar, cameras, electronic warfare (jammers), and kinetic effectors/interceptors into a single operational picture for Counter-Unmanned Aircraft Systems (C-UAS) is FAAD C2 (Forward Area Air Defense Command and Control).

Developed by Northrop Grumman and designated by the U.S. Army as the interim joint standard for C2 in countering drone threats, FAAD C2 successfully connects multi-sensor detection (such as search/track radars and electro-optical/infrared cameras) with layered mitigation options—ranging from soft-kill electronic jammers to hard-kill interceptors like the Coyote drone.

(Note: Other advanced modular commercial and defense platform architectures—such as MBDA's Sky Warden, DefSecIntel's EIRSHIELD, and MatrixSpace's AI Platform—also provide multi-sensor fusion software to tie disparate detection and mitigation layers into a unified tactical display.)

If you're looking into specific implementations, would you like to know more about how FAAD C2 coordinates soft-kill versus hard-kill options, or are you exploring commercial C-UAS architecture for critical infrastructure?

The software you’re probably thinking of is HENSOLDT ELYSION Mission Core. It is a vendor-agnostic C2/integration layer designed to fuse radar, RF sensors, EO/IR cameras and other sensors into a common operating picture and then connect those tracks to effectors such as jammers, spoofers, interceptor drones and hard-kill systems.

A few close alternatives:

• ELYSION Mission Core (HENSOLDT) — particularly strong match for a multi-vendor C-UAS “system of systems” architecture.
• LeC2 (Regulus) — unified airspace-defense dashboard integrating radar, optical/RF sensors, jammers and other effectors.
• VSD-C2 (Cambridge Pixel) — customizable C2 software that displays/fuses radars and cameras and controls effectors including RF jammers.
• CoreCommand — sensor-fusion C2 with radar, EO/IR, RF and other inputs, aimed explicitly at C-UAS operations.
• DroneSentry-C2 (DroneShield) — unified counter-drone operating picture combining RF, radar and optical sensors and third-party systems/effectors.

If your key requirement is specifically “radar + cameras + jammers + interceptors, all in one operating picture,” ELYSION is the closest match from the descriptions I found.