With RIDe2, you gain an advanced GNSS antenna solution with exceptional jamming detection and precise DOA finding. Protect your GNSS infrastructure and confidently identify jamming sources with RIDe2 by [Your Company Name].

RIDe2 Jamming Detection & Directional Antenna

RIDe2 is the next evolution of our GNSS antenna technology. RIDe2 is built on the foundation of RIDe1, equipped with the additional power of a directional antenna for precise jamming detection and Direction-of-Arrival (DoA) finding. With RIDe2, you can protect your GNSS systems and confidently identify the source of jamming.

Key Features of RIDe2

  • Jamming Detection:
    RIDe2 is your trusted guardian against jamming attacks, offering robust and real-time jamming detection.
  • Jamming DoA Finding:
    • Azimuth:
      RIDe2 accurately pinpoints the azimuth direction of jamming signals, providing vital information for security.
    • Accuracy better than 1°:
      With remarkable accuracy 1°, RIDe2 precisely identifies the direction of jamming sources.
  • Universal GNSS Frequency Support:
    RIDe2 is compatible with all GNSS frequencies, ensuring comprehensive protection for your GNSS infrastructure.
  • Platform:
    • 1-4 Rotations per Second:
      RIDe2’s platform performs 1-4 rotations per second, extending coverage for jamming detection.
    • Waterproof:
      Our antenna is designed to withstand water exposure, ensuring reliability in challenging environmental conditions.
    • Heating System:
      RIDe2 is equipped with a heating system to maintain optimal performance in extreme weather conditions.
  • Graphical User Interface (GUI):
    • Easy Configuration:
      The user-friendly GUI simplifies configuration, making it effortless to set up and operate RIDe2.
    • User Feedback:
      The GUI provides essential user feedback, enhancing your experience with RIDe2.
  • Interferer Location Determination:
    By installing multiple RIDe2 antennas, you can precisely determine the location of interferers with an accuracy exceeding 3 meters. This powerful feature allows you to pinpoint the source of GNSS interference, ensuring the security of your systems.

Do you need specific information?

Get all the answers you need. Download the datasheet or send us your message now!

Related projects

  • INDALOS

    GNSS Interference Detection & Localization

    Protect your GNSS systems from interference! INDALOS is an AI-powered monitoring solution that detects and localizes GNSS jamming and spoofing in real time. With networked sensors and advanced analytics, it provides precise threat classification and immediate counteraction to prevent signal manipulation.

  • LOKI

    GNSS Interference Simulator

    LOKI is your advanced test environment for GNSS interference resilience. Simulate real-world jamming and spoofing attacks under controlled conditions, assess system vulnerabilities, and optimize performance against interference threats. Trusted by research institutions, defense organizations, and the automotive industry.

  • GNSS Sample Shop

    IGASPIN GNSS Sample Shop – Ready-to-Use GNSS Data and Tools for Testing, Development, and Research

    The IGASPIN GNSS Sample Shop offers a broad collection of ready-to-use GNSS signal samples, including both real-world recordings and high-quality simulated datasets. These samples serve as a practical alternative to GNSS signal recorders and can also replace GNSS signal generators for many testing and development purposes.

  • RIDe1

    More detailed process description

    Secure your GNSS navigation against spoofing attacks. RIDe1 filters out manipulated signals, ensuring authentic positioning data even in hostile environments. Designed for critical infrastructure, aviation, and defense applications, it delivers unmatched signal integrity and reliability.

    Do you have a question about IGASPIN products and services?

    Get all the answers you need. Send us your message now:

    Request a custom scenario

    If your preferred scenario is not found, don't hesitate to contact us for assistance.

    Your data

    Information about your desired scenario

    Additional information

    Shopping Basket