MODUS and IRON WAVE intention to assist navy forces counter drone threats and deploy robotic methods forward of frontline troop
Ondas Holdings has unveiled two new autonomous protection methods designed to handle a number of the most important challenges dealing with trendy navy forces: the fast progress of drone threats and the rising use of robotic methods on the battlefield.
The corporate launched the methods, referred to as MODUS and IRON WAVE, forward of the Eurosatory protection exhibition in Paris. In keeping with Ondas, each platforms use synthetic intelligence to assist navy items detect threats, coordinate responses, and function extra successfully in complicated fight environments.
Responding to New Battlefield Threats
Latest conflicts have highlighted the rising impression of first-person-view (FPV) drones, drone swarms, and different low-cost autonomous methods. These applied sciences can problem conventional air protection methods and create new dangers for floor forces.
Ondas says its new platforms are designed to assist navy items reply extra rapidly by combining sensing, decision-making, and autonomous operations into built-in methods. The corporate describes the method as shifting away from stand-alone applied sciences towards related fight ecosystems that may adapt to altering threats.
MODUS Focuses on Counter-Drone Safety
The primary system, MODUS, is a cell counter-UAS platform supposed to guard maneuver forces working in contested environments.
In keeping with Ondas, the system combines a number of applied sciences right into a single platform. These embrace radar, electro-optical sensors, cyber detection capabilities, GNSS disruption instruments, autonomous interceptors, and different counter-drone effectors. The aim is to create a sensor-to-shooter system that may detect and reply to threats with minimal operator workload.
The platform is particularly designed to handle rising threats corresponding to fiber-optic-guided drones, which can’t be defeated via conventional radio-frequency jamming strategies. Ondas says MODUS makes use of real-time sensor fusion to constantly assess the risk setting and coordinate essentially the most acceptable response.
The system can also be designed to maneuver alongside navy items, offering safety in environments the place GPS indicators could also be unavailable or communications are closely contested.
IRON WAVE Brings Robots Ahead
The second system, IRON WAVE, is a robotic fight help suite constructed round what Ondas calls a “Bots Earlier than Boots” idea.
Relatively than sending personnel into high-risk areas first, the system permits robotic platforms to conduct reconnaissance, establish threats, and help missions earlier than exposing troops to hazard.
The suite contains robotic fight automobiles, operator management stations, mission-control infrastructure, and a deployable command unit. Ondas says small groups can use AI-assisted coordination instruments to regulate a number of robotic methods on the similar time.
Potential missions embrace route clearance, explosive ordnance disposal, reconnaissance, logistics help, and ahead operational missions. The corporate says the system is already present process operational analysis.
Accelerating Deployment Cycles
A key theme behind each methods is velocity. Navy organizations more and more face threats that evolve quicker than conventional acquisition and deployment cycles.
“Operational environments are altering quicker than conventional deployment cycles can help,” stated Eric Brock, CEO of Ondas. “Navy forces require autonomous methods that may be quickly built-in, tailored to evolving threats, and deployed straight into frontline operations. Our focus is on accelerating the transition from operational necessities to deployable battlefield capabilities.”
The announcement displays a broader pattern throughout the protection sector. Navy organizations worldwide are investing in autonomous methods that may be fielded rapidly and up to date continuously in response to classes discovered from lively conflicts. Counter-drone applied sciences and robotic floor methods have grow to be significantly essential as armed forces search methods to cut back danger to personnel whereas sustaining operational effectiveness.
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Miriam McNabb is the Editor-in-Chief of DRONELIFE and CEO of JobForDrones, knowledgeable drone companies market, and a fascinated observer of the rising drone trade and the regulatory setting for drones. Miriam has penned over 3,000 articles targeted on the business drone area and is a world speaker and acknowledged determine within the trade. Miriam has a level from the College of Chicago and over 20 years of expertise in excessive tech gross sales and advertising and marketing for brand spanking new applied sciences.
For drone trade consulting or writing, Electronic mail Miriam.
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