SeRo Systems, a leader in air traffic surveillance security and monitoring solutions, announced today that it is expanding its portfolio with the launch of its newest monitoring technology for improved aircraft situational awareness. The live GNSS RFI Situation Display (GRSD) is the first and only real-time solution that combines live air traffic information with SeRo’s advanced GPS jamming and spoofing detection and short-term predictive alerts — offering enhanced visibility into the airspace.
Designed with and customized for ANSPs and spectrum regulators, GRSD leverages SeRo’s vertically integrated receiver network and uses its anomaly detection and high-precision
multilateration (MLAT) to help users assess their operational picture at a glance. The system monitors the airspace and displays live traffic combined with a color-coded Real-Time GNSS Interference Intensity Map that identifies zones currently subject to interference. The first-of-its-kind short-term interference alerting feature utilizes AI to predict when aircraft will experience interference and gives the user a time estimate. As soon as an aircraft is impacted by spoofing, GRSD automatically highlights the aircraft and generates an alert indicating both the spoofed and the correct aircraft position.
“With jamming and spoofing incidents on the rise, timely and actionable intelligence matters more than ever,” said Dr. Matthias Schäfer, CEO of SeRo Systems. “Our new GRSD product delivers real-time insights on GNSS RFI and provides a live operational view that helps users prepare and respond. This solution offers the most reliable, proven method of determining the
presence of GNSS interference in the airspace and its effects on live air traffic. Together with our SecureTrack solution, ANSPs and spectrum regulators now have the tools they need for
unmatched situational awareness.”
GRSD works seamlessly alongside SeRo’s SecureTrack platform, combining real-time data for instant decision-making with historical insights for strategic airspace monitoring, analysis,
reporting, and incident investigation.