Ondas Holdings Introduces New Autonomous Defense Systems
MODUS and IRON WAVE Designed to Address Modern Military Challenges
Ondas Holdings has announced the launch of two autonomous defense systems aimed at tackling significant challenges faced by contemporary military forces, particularly the rise of drone threats and the increasing deployment of robotic systems on the battlefield. The systems, named MODUS and IRON WAVE, were introduced prior to the Eurosatory defense exhibition in Paris. Both platforms utilize artificial intelligence to enhance military units’ ability to detect threats, coordinate responses, and operate effectively in complex combat scenarios.
Addressing Emerging Battlefield Threats
Recent military conflicts have underscored the growing influence of first-person-view (FPV) drones, drone swarms, and other low-cost autonomous systems, which pose challenges to traditional air defense mechanisms and create new risks for ground forces. Ondas asserts that its new platforms are designed to enable military units to respond more swiftly by integrating sensing, decision-making, and autonomous operations into cohesive systems. This approach emphasizes a shift from isolated technologies to interconnected combat ecosystems that can adapt to evolving threats.
Overview of MODUS
Counter-Drone Protection for Maneuver Forces
The first system, MODUS, is a mobile counter-unmanned aerial system (UAS) platform intended to safeguard maneuver forces operating in contested environments. According to Ondas, MODUS integrates multiple technologies into a single platform, including radar, electro-optical sensors, cyber detection capabilities, GNSS disruption tools, and autonomous interceptors. The objective is to establish a sensor-to-shooter system that can identify and respond to threats with minimal operator involvement.
MODUS is specifically designed to counter emerging threats such as fiber-optic-guided drones, which are not effectively neutralized by traditional radio-frequency jamming methods. The system employs real-time sensor fusion to continuously evaluate the threat landscape and coordinate the most suitable response. Additionally, it is engineered to accompany military units, providing protection in environments where GPS signals may be compromised or communications are heavily contested.
Introducing IRON WAVE
Robotic Combat Support Suite
The second system, IRON WAVE, is a robotic combat support suite built around the concept of “Bots Before Boots.” This system allows robotic platforms to conduct reconnaissance, identify threats, and support missions before deploying personnel into high-risk areas.
IRON WAVE comprises robotic combat vehicles, operator control stations, mission-control infrastructure, and a deployable command unit. Ondas indicates that small teams can utilize AI-assisted coordination tools to manage multiple robotic systems simultaneously. Potential applications for IRON WAVE include route clearance, explosive ordnance disposal, reconnaissance, logistics support, and forward operational missions. The system is currently undergoing operational evaluation.
Focus on Speed and Adaptability
A central theme of both systems is the emphasis on speed. Military organizations are increasingly confronted with threats that evolve more rapidly than traditional acquisition and deployment cycles can accommodate. Eric Brock, CEO of Ondas, stated, “Operational environments are changing faster than traditional deployment cycles can support. Military forces require autonomous systems that can be rapidly integrated, adapted to evolving threats, and deployed directly into frontline operations. Our focus is on accelerating the transition from operational requirements to deployable battlefield capabilities.”
This announcement aligns with a broader trend in the defense sector, where military organizations worldwide are investing in autonomous systems that can be quickly fielded and frequently updated based on insights gained from active conflicts. The development of counter-drone technologies and robotic ground systems is increasingly vital as armed forces seek to mitigate risks to personnel while maintaining operational effectiveness.