Function of GIDAS GNSS interference detection
GIDAS GNSS Interference Detection is a technology for detecting interference to the global navigation satellite systems GPS, Galileo, Glonass or Beidou. GIDAS recognises unintentionally or deliberately emitted interference signals such as jamming or spoofing signals, which can impair the accuracy or reliability of GNSS signals or even prevent their reception.
Essentially, GIDAS GNSS Interference Detection works by continuously monitoring the GNSS signals received. It searches for anomalies or deviations in the signal that could indicate possible interference. If such interference is detected, the system can trigger an alarm to minimise the impact of the interference on the user.
Global Navigation Satellite System (GNSS) positioning and timing services form the backbone of many applications and markets. Examples include the navigation of aircraft, the time synchronisation of power grids, communication systems and stock exchanges, the location of accident victims or rescue units and the tracking of goods and vehicles.
Recording the data for analysis
GIDAS records the monitoring data for analysis. This function has been enhanced with additional statistical options:
Precision in analysis: Customise your analysis based on various criteria
Comprehensive diagrams: Visualise the occurrence of faults with diagrams
Effortless reporting: Download detailed PDF reports for in-depth analysis
Improved decision-making: Gain statistical insights for strategic planning
Additional filter options
Additional filter options make it easier for you to display the results that are important to you:
Start and end date
Jamming status
Jammer type
Spoofing status
Severity filter
Duration limits (min, max)
Specific monitoring sensors for targeted analyses
New diagram support
Diagrams are created automatically:
for a specific point in time
Analysis of a calendar week
the duration of fault events
Monitoring related to specific sensors
