One2Many: Elbit Systems’ FUSE Introduces Military-Grade Autonomous Systems Built for Scale | Elbit Systems

Rosh-HaAyin, Israel, September 9, 2026 – Elbit Systems Ltd. has introduced FUSE, its latest AI-driven autonomous combat systems designed to enable centralized real-time coordination of large groups of autonomous aerial and ground systems.

FUSE leverages Elbit Systems’ extensive operational experience and proven technology to deliver mature military-grade autonomous systems suitable for scalable operations across both land and air domains.

At the heart of the FUSE portfolio is Dominion-X, a unified AI operating system that facilitates One2Many operations, particularly in GNSS-denied environments. It is supported by advanced automatic target recognition (ATR) and homing capabilities, allowing for centralized coordination and management of autonomous systems, as well as real-time mission data exchange across various platforms in dynamic battlefield conditions.

Designed to operate effectively in contested and GPS-denied situations, FUSE’s solutions enable resilient mission execution, distributed autonomous operations, and manned-unmanned teaming (MUM-T) alongside existing military forces.

The integration of FUSE’s systems into current tactical assets, unmanned systems, and combat vehicles allows for the formation of coordinated autonomous groups while utilizing existing military structures.

Backed by Elbit Systems’ robust manufacturing capabilities and global defense presence, FUSE’s offerings are designed for rapid production, swift integration into field operations, and ongoing deployment in multi-domain contexts.

FUSE has logged over 1,000,000 operational flight hours and more than 100,000 autonomous ground operation hours, with thousands of UAVs and hundreds of unmanned ground platforms already deployed to customers worldwide.

FUSE’s portfolio includes:

• UNMANNED TACTICAL FORCE – a comprehensive Unmanned Tactical Force intended for mass operations in reconnaissance and strike.
• PIRANI-X – a tactical swarm drone solution designed for search and strike operations in support of maneuvering forces.
• URBAN LETHALITY SYSTEMS – systems designed for urban operations featuring mass UGVs and one-way attack drones targeting indoor and fortified threats.
• ARMORED WINGMAN SYSTEMS – unmanned assets that operate alongside or are launched from manned armored platforms.
• BORDER DEFENSE SYSTEMS – autonomous systems for border protection utilizing mobile, deployed, and fixed ground and air assets.
• MULTI-MISSION GROUP 1 AND 2 UNCREWED AIRCRAFT SYSTEMS (UAS) – the X-intra, THOR, and Magni-X UAVs designed for rapid deployment in various tactical roles including reconnaissance and electronic warfare support.
• GROUND AUTONOMY KITS – AI-driven solutions that enable autonomous operations of UGVs and manned platforms in challenging off-road environments.

FUSE’s systems are currently operational and in use by military customers in Israel, the United States, and Europe, contributing to ongoing operational missions and modernization efforts.

By integrating autonomous capabilities directly into frontline operations, FUSE aims to enhance operational tempo, increase combat mass, expedite sensor-to-shooter cycles, and improve survival rates while reducing risks to personnel.

“Military forces are entering a new operational era in which combat effectiveness will increasingly depend not only on autonomous platforms themselves, but on the ability to integrate and coordinate large numbers of these systems within existing maneuver forces in real time,” stated Eyal Dahan, CEO of FUSE. “FUSE was established to deliver that capability by combining autonomous platforms, operational AI, and scalable One2Many command abilities into cohesive operational solutions that can be swiftly integrated into modern combat formations.”

About FUSE

As a key segment of Elbit Systems C4I & Cyber, FUSE specializes in the design, development, and delivery of leading AI-driven autonomous combat systems, focusing on mission-critical unmanned capabilities at scale.

Source: Elbit Systems (2026-09-09T12:00:00Z)