European Commission
European Defence Fund
2023 – 2027
25 M€
A GENIUS solution for Addressing Modern Challenges in Explosive Threat Neutralization
The GENIUS project (Next GEneration of IA and combat cloud systems for NeutralIzation of Unexploded threatS) represents a cutting-edge initiative aimed at enhancing the capabilities of European armed forces in detecting and neutralizing explosive threats such as Unexploded Explosive Ordnance (UXO) and Improvised Explosive Devices (IED). This project is designed to address the evolving defence landscape by providing end-to-end solutions that ensure operational safety and freedom of movement in complex environments.
A Comprehensive Approach to Explosive Threats
Modern conflicts present new challenges, with IEDs and UXOs posing significant hazards to personnel and equipment. Existing detection technologies often fail to provide the confidence required for high-speed operations in scenarios like route clearance. GENIUS aims to bridge this gap with an integrated system that combines detection, classification, and neutralization, leveraging state-of-the-art technologies to provide unmatched situational awareness and protection.
Key Innovations of the GENIUS System
The GENIUS system integrates multiple cutting-edge technologies to deliver a robust and scalable solution:
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Multi-Sensor Network: Deploys ten advanced sensor types, including Ground Penetrating Radar (GPR), LIDAR, Multispectral and Hyperspectral Cameras, and Infra-Red Quantum Cascade Lasers (IR-QCL), among others.
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Multi-Effector Technology: Combines innovative neutralization tools such as jamming devices, laser effectors for safe-distance threat neutralization, and robotic arms with interchangeable manipulation tools.
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Multi-Platform Deployment: Utilizes a fleet of seven unmanned ground vehicles (UGVs) and unmanned aerial vehicles (UAVs), as well as manned vehicles, to ensure comprehensive threat coverage across diverse environments.
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AI-Driven Integration: Employs Artificial Intelligence for data fusion, mission planning, and real-time decision-making to optimize detection and neutralization strategies.
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Tactical Cloud Infrastructure: Facilitates seamless integration and communication among components through a federated tactical cloud system, enabling edge computing for operations in challenging environments.
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Open Architecture: Adopts standard interfaces and modular design principles to ensure interoperability and scalability for future advancements.
From Concept to Field Demonstration
The GENIUS project emphasizes iterative development and rigorous field testing. Its advanced demonstrator will be evaluated in operationally representative environments, integrating detection, characterization, and neutralization in a coordinated approach. The evaluation campaign will ensure the technologies meet both operational and technological benchmarks, providing actionable data for continuous improvement.
A Fully European Solution
GENIUS reflects a commitment to European strategic autonomy. By leveraging only European-developed technologies and fostering collaboration among 18 consortium members across seven EU member states, the project ensures independence from third-country technologies. This consortium includes leading SMEs, academia, research institutions, and large companies, collectively advancing the EU’s defence ecosystem.
Enhancing Safety and Operational Efficiency
The GENIUS system is designed to:
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Provide high-confidence detection and classification of explosive threats.
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Enable rapid and safe neutralization, reducing risk to personnel.
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Enhance mobility and operational freedom for forces in urban and out-of-area missions.
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Foster interoperability and future scalability through modular design.
A Step Towards Safer Operations
By integrating advanced sensor networks, AI-driven information fusion, and cutting-edge neutralization technologies, the GENIUS project will revolutionize counter-IED and UXO operations. It not only addresses today’s challenges but also sets the foundation for safer and more efficient defence systems in the future.