Roem 360 consists of dozens of small quad‑rotor and fixed‑wing drones that operate as a single distributed intelligence network, with each drone performing a different battlefield role.
By Hezy Laing
The Roem 360 drone swarm is one of the most advanced autonomous battlefield systems currently deployed by any military, and the IDF is among the first armies in the world to field a fully networked, semi‑autonomous swarm in real combat.
Roem 360 was developed by Israel Aerospace Industries (IAI) in cooperation with Rafael Advanced Defense Systems, the IDF’s C4I Directorate, and Israeli AI companies including Roboteam and XTEND, which contributed swarm‑coordination algorithms and autonomous navigation software.
The system entered operational testing in late 2024 and was first used in coordinated missions during 2025, marking Israel as one of the earliest adopters of swarm‑based battlefield robotics.
Roem 360 consists of dozens of small quad‑rotor and fixed‑wing drones that operate as a single distributed intelligence network, with each drone performing a different battlefield role.
Reconnaissance drones carry electro‑optical and thermal sensors capable of mapping multi‑story structures, tunnels, and dense urban terrain in real time.
Targeting drones use AI‑assisted object recognition to identify artillery crews, hostile drone teams, and small infantry units hiding in alleys or rubble.
Electronic‑warfare drones jam enemy GPS, radio links, and command channels, disrupting hostile drone swarms and disabling remote‑triggered explosives.
Communications‑relay drones extend battlefield connectivity for infantry operating in underground environments or behind thick concrete walls.
Strike drones carry micro‑munitions capable of neutralizing enemy positions with precision, often attacking from multiple angles simultaneously.
Roem is built from the ground up as a networked swarm, meaning drones share sensor data, map terrain, identify threats, and self‑organize without constant human control.
Operators set mission goals, and the swarm autonomously handles route planning, target prioritization, and synchronized maneuvers, making it far more efficient than traditional single‑drone operations.
In IDF trials conducted by Lotar, Fire Weaver, and the Artillery Corps, Roem drones successfully detected enemy quadcopters, jammed their control links, and executed coordinated strikes using multiple drones converging on targets from different directions.
Compared to other militaries, Israel’s deployment is significantly ahead: the United States has tested swarm concepts like Perdix and the XQ‑58A Valkyrie, China has demonstrated large-scale swarm displays, and Russia has not fielded a true autonomous swarm in combat.
Israel is one of the first nations to integrate swarms into real-time battlefield networks, linking Roem 360 to IDF C4I systems, artillery units, and frontline infantry.
Swarm capabilities are widely viewed as the future of warfare because they overwhelm defenses, adapt instantly to changing conditions, and reduce risk to human soldiers.
Roem 360’s distributed intelligence allows the IDF to counter enemy drone swarms, locate hidden artillery, and operate effectively in complex environments like Gaza’s urban centers or Lebanon’s rugged terrain.
As global militaries race to develop autonomous systems, Israel’s Roem 360 stands as one of the earliest and most mature combat‑ready drone swarms in the world.
