Press Release (Data Sources) | HEIDELBERG
AI Analysis
ONBERG, a new joint venture between HD Advanced Technologies (Heidelberger Druckmaschinen AG) and Ondas Autonomous Systems, unveiled a mobile, multi-layered Counter-UAS (C-UAS) system at the German Armed Forces Techshow. The system integrates detection, command & control, and effectors, designed for both military and critical infrastructure protection. It is immediately deployable and manufactured in Germany.
Key Takeaways
- ONBERG is a joint venture between a German (HD Advanced Technologies) and a US-Israeli (Ondas Autonomous Systems) company.
- The C-UAS system is modular, scalable, and designed for rapid response in dynamic environments.
- The system targets low-altitude UAS threats to both maneuvering forces and critical infrastructure (KRITIS).
- The system provides capabilities including detection, tracking, identification, neutralization, and operator localization.
- Germany's KRITIS legislation covers approximately 2,000 critical infrastructures, creating significant demand for C-UAS solutions.
Why It Matters
The emergence of ONBERG signals a growing market for dedicated C-UAS solutions, particularly in Europe, driven by concerns over hybrid warfare and critical infrastructure vulnerabilities. The German focus on domestically produced and supported systems highlights a desire for supply chain security and regulatory compliance. This development indicates an increasing prioritization of C-UAS capabilities by both military and civilian entities.
Press Release (Data Sources) | HEIDELBERG
ONBERG Presents Mobile Counter-Drone System at the German Armed Forces Techshow at the Innovation Center Erding
05/12/2026
- ONBERG presents, for the first time at the German Armed Forces Techshow, its portfolio of highly mobile, integrated counter drone systems for military, civilian, and industrial applications
- Holistic system approach combining detection, command and control, and effectors within a modular, scalable architecture for short response times in dynamic operational scenarios
- Operationally proven technology closes the capability gap for public authorities and operators of critical infrastructure (KRITIS) – available immediately and from a single source
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05/12/2026 - Press release
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ONBERG’s solution portfolio addresses the highest requirements of national security, border protection, as well as military, civilian, and industrial users.
ONBERG, the newly founded joint venture between HD Advanced Technologies – a subsidiary of Heidelberger Druckmaschinen AG – and the US‑Israeli technology company Ondas Autonomous Systems, publicly presented its portfolio of mobile counter‑drone systems for the first time at the German Armed Forces Techshow at the Innovation Center Erding.
A holistic systems approach for critical security requirements
ONBERG’s solutions address the highest requirements of national security, border protection, as well as military, civilian, and industrial users. Against the backdrop of a real and acute threat environment arising from espionage, sabotage, and hybrid attacks on critical infrastructure—in which drones have become one of the most frequently used tools in hybrid military strategies—ONBERG offers a holistic counter‑drone system approach. This approach integrates detection, command and control, and effectors within a modular, scalable architecture that combines individual technological components into a seamless end‑to‑end solution.
With approximately 2,000 infrastructures in Germany covered by the KRITIS umbrella legislation - where potential failures could affect hundreds of thousands of people - the pressure on operators to act is increasing significantly. ONBERG’s solutions are developed, manufactured, and supported in Germany and are immediately deployable. They enable effective and regulatory‑compliant protection of critical infrastructure.
Focus on highly mobile, multi‑layered C‑UAS systems
At the center of the presentation was a highly mobile, multi‑layered counter‑unmanned aircraft system (C‑UAS), specifically designed to protect maneuvering forces and critical infrastructure against low‑altitude UAS threats. The system combines detection, tracking, identification, and neutralization of drones, as well as localization of the operator, within a unified architecture. This enables continuous protection with extremely short response times - even in dynamic operational scenarios with a high operational tempo.
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