SkyBarrier
Mobile GNSS long-range jammerThe challenge
In modern operations, reliance on GNSS signals has become a critical vulnerability. Adversaries increasingly exploit satellite navigation for targeting, coordination and autonomous systemsoperations, creating significant risks for forces, infrastructure and protected areas.
At the same time, threats evolve rapidly and require immediate response. Conventional countermeasures are often too slow to deploy or lack the coverage needed to effectively deny GNSS across large areas.
This creates operational gaps, especially in dynamic scenarios where speed, flexibility and reliability are essential to maintain control of the electromagnetic environment.
Our solution
SkyBarrier is a mobile GNSS jamming solution designed to provide rapid and effective wide-area denial. The system can be deployed within minutes and activated immediately, delivering effective GNSS denial without complex configuration.
It simultaneously disrupts all major global navigation satellite systems, covering civil, military and encrypted signals. With its high output power and extended range, SkyBarrier provides reliable protection of critical areas.
Its robust, field-ready design ensures performance in demanding environments, while its modular architecture allows future upgrades to adapt to evolving signal environments and mission requirements.
Features and benefits
Features
- Simultaneous jamming of all GPS, Galileo, GLONASS and BeiDou signals
- Wide-area coverage with long-range capability
- Rapid deployment and instant activation with minimal setup
- High output power for effective GNSS denial
- Rugged, mobile system design for field operations
- Upgradeable architecture to support future signal requirements
Benefits
- Immediate protection against GNSS-based threats
- Fast response in dynamic and time-critical situations
- Reliable coverage of large operational areas
- Reduced operational complexity and training requirements
- Flexible deployment for fixed and mobile scenarios
- Future-proof investment thanks to upgradeable system design