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BroadShield GNSS Jamming & Spoofing Detection (SecureSync Interference Detection Suite) vs GSS200D Detector — GNSS Interference Detection & Analysis Solution

Spec comparison for two products on Aviation Souk. Both compete in Air Traffic Control & Navigation Aids.

Cost of ownershipBroadShield GNSS Jamming & Spoofing Detection (SecureSync Interference Detection Suite)GSS200D Detector — GNSS Interference Detection & Analysis Solution
Price tier——
Lead time (weeks)?–??–?
Delivery——
Install——
GCC airports deployed00
Certifications00
Specs

Technical specifications.

SpecBroadShield GNSS Jamming & Spoofing Detection (SecureSync Interference Detection Suite)GSS200D Detector — GNSS Interference Detection & Analysis Solution
Jamming detectionCW tone, swept CW, pulsed CW, AWGN, BPSK and more—
Spoofing detectionGNSS simulator signatures, GPS data anomalies, data inconsistencies, position jumps, time jumps—
Monitored signalsGPS L1 (1575.42 MHz) and L2 (1227.6 MHz)—
Hardware requirementsWorks with standard commercial GPS/GNSS receivers — no additional hardware required—
SecureSync integration (SS-OPT-BSH)event logging, alarms, SNMP/email notification, automatic disabling of GNSS sync with switch to backup reference or oscillator holdover—
Embeddable software libraryconvertible to most major programming languages, runs on nearly any operating system—
Integration requirementsGPS receiver providing raw GPS NAV data + processing unit + Safran integration support—
Threat library updatesDetection algorithms regularly updated against new and emerging threats; field-proven 10+ years—
Ordering / variantsSS-OPT-BSH — Interference Detection Suite option for SecureSync time servers (software option, also available as field upgrade); BroadShield SDK — embeddable software library for OEM hardware platforms via Safran Federal Systems; complemented by BroadSense interference detection sensors.—
Function—24/7 automated GNSS RF interference detection, capture and analysis
Supported bands — GPS GLO L1 variant—GPS / Galileo / GLONASS / QZSS L1
Supported bands — GPS L1 L5 variant—GPS / Galileo L1 and L5 (E5a); SBAS (WAAS, EGNOS, MSAS, GAGAN, SDCM)
Monitored bandwidth — GPS L1—1575.42 MHz centre; 16 MHz (±8 MHz, 3 dB) on GPS GLO L1 variant, 20 MHz (±10 MHz) on GPS L1 L5 variant
Monitored bandwidth — GLONASS L1—1602 MHz centre; 9 MHz (±4.5 MHz, 3 dB)
Monitored bandwidth — GPS L5—1176.45 MHz centre; 20 MHz (±10 MHz)
RFI detection basis — GPS GLO L1 variant—Calibration level, with absolute power
RFI detection basis — GPS L1 L5 variant—GPS L1: ICAO Annex 10 interference mask; GPS L5: EUROCAE Galileo MOPS for E5a; DME/TACAN pulsed RFI identification
Event characterisation—Automatic interference typing (unintentional interference vs jamming) and priority ranking by likely impact on GNSS services
Event records—Spectrum and spectrogram with time, frequency, duration, power, type and priority per event
Alerting—Near-instantaneous email notification on event detection (user-selectable)
Data management—Encrypted event upload to Spirent PT Cloud; secure authenticated web-browser access with analytics, visualization and trend analysis
Deployment form factor—Rack-mount field detector unit installed at the site of interest, paired with the secure PT Cloud data server
Mitigation support—Captured RFI events can be re-synthesised and replayed on Spirent PT TestBench to test receivers (available separately)
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