GNSS SPOOFING AND DETECTION

MADDOS Spoofing is a combat-proven system designed to mitigate the risks posed by drones equipped with GNSS sensors, including those programmed for specific missions or operating autonomously.

This technology misled the drone’s onboard GNSS system into accepting false location data, effectively altering its perceived location or trajectory. The lightweight and compact design of the MADDOS system allows for versatile deployment options: it can be mounted on a stationary tripod for fixed site protection or installed on a vehicle for mobile defense.

MADDOS SPOOFING

  • Manipulation of drones onboard GNSS receiver
  • Effective against non-RF drones
  • Automatic or manual operation
  • Range up to 7 km (configurable by operator)
  • Directional or omni-directional spoofing
  • Covered navigation bands 1.2 GHz and 1.5 GHz
  • Capable of drone swarm neutralization

SPOOFING MODES

  • Push – forces the drone to fly away from the protective zone or to specific direction
  • Hold – force the drone to fly in a circle pattern or hover in one place
  • Land – forces the drone to land
  • Descent – forces the drone to quickly descent and crash

 

How GNSS Spoofing Works

  • GNSS spoofing involves generating fake signals that mimic real satellite communications. This misguides the GNSS receiver within devices like drones, causing them to process incorrect positioning or timing data.
  • Devices are deceived into accepting these fabricated signals as authentic, leading to erroneous navigational outcomes.

MADDOS Spoofing Capabilities

  • Versatility: Effective against all types of drones, whether remotely controlled or autonomous.
  • Control actions: Forces drones to reroute or land, preventing unauthorized entry into sensitive areas.
  • Extended range: Operates effectively over distances up to 10 kilometers with an omnidirectional antenna.
  • Mobility: Can be deployed on moving vehicles, making it ideal for active convoy protection or mobile security scenarios.

Advantages of MADDOS Spoofing

  • Wide Coverage: Capable of interfering with multiple GNSS frequencies, ensuring broad spectrum protection against various drone types.
  • Adaptable Setup: Easy to deploy and relocate as needed, offering flexibility in protection strategies, whether stationary or on the move.
  • Compliance and Safety: Conforms to legal standards to prevent interference with legitimate electronic communications, ensuring safe and lawful operation.

Practical Applications of MADDOS Spoofing

  • Security Enhancements: Provides robust defense mechanisms against drone-based threats in military, governmental, or commercial spaces.
  • Operational Safety: Mitigates risks associated with unauthorized drone flights, especially in crowded or high-security environments.
  • Event Protection: Essential for maintaining secure airspace over public events, gatherings, or other sensitive occasions.

By leveraging MADDOS Spoofing technology, organizations can significantly enhance their protective measures against unauthorized drone activities. This helps maintain safety and security and ensures compliance with regulatory standards, thus safeguarding property and human life against potential aerial threats.