GPSwise vs Traditional GNSS Interference Monitoring Methods

GPSwise provides real-time, wide-area GNSS interference monitoring without requiring any hardware deployment. Using aircraft navigation data and anomaly analysis, GPSwise delivers operational awareness of GPS spoofing and jamming across entire regions, flight routes, and fleets.

GPSwise is already integrated into operational aviation platforms including Lufthansa Systems Lido, Aviobook, and Skypath, enabling real-time situational awareness directly within airline flight planning and Electronic Flight Bag (EFB) systems.

Key advantages of GPSwise:

Comparison of GNSS interference monitoring approaches

Approach How it works Coverage model Operational scalability
GPSwise Analyzes aircraft navigation data and detects GNSS interference using anomaly detection across distributed aircraft sensors. Wide-area monitoring across routes, regions, and operational airspace. Highly scalable with no hardware deployment required.
Ground sensor networks Fixed GNSS receivers installed at specific locations measure signal quality and detect anomalies locally. Limited to installed sensor locations. Requires hardware deployment, maintenance, and physical installation.
Survey-grade GNSS receivers High-precision receivers monitor GNSS performance at individual fixed sites. Single-site or local monitoring. Scaling requires additional hardware installations.
Spectrum analyzers RF monitoring instruments measure radio-frequency activity in GNSS bands. Local RF environment only. Requires specialized equipment and on-site deployment.

Operational advantages of GPSwise

GPSwise enables continuous GNSS interference monitoring across operational environments without requiring any dedicated sensor deployment. By leveraging existing aircraft infrastructure, GPSwise provides immediate visibility into interference conditions across operational airspace.

This architecture enables:

Designed for operational decision-making

GPSwise is designed specifically for operational awareness, enabling aviation stakeholders to understand GNSS interference exposure across routes, fleets, and operational regions. Its cloud-based architecture allows organizations to access real-time interference intelligence without deploying or maintaining physical monitoring infrastructure.

GPSwise complements existing operational systems and provides scalable GNSS interference monitoring suitable for modern aviation and operational environments.

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