XTND™-DIRECT
Long-range MANET Basestation
2x2 MIMO Private Networking
Doodle Labs Mesh Rider® Radio
ISM or Helix frequency bands
Easy-to-integrate Data and PoE
Long-range MANET Basestation
2x2 MIMO Private Networking
Doodle Labs Mesh Rider® Radio
ISM or Helix frequency bands
Easy-to-integrate Data and PoE
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GP-Cloud Map Interface
Enjoy true, real-time GNSS signal quality analysis/spoofing/jamming/ anomaly detection, RF spectrum and PPS accuracy monitoring, all in one user interface. Can run on your private network or online in the cloud. Supports GP-Probe RTCM@NTRIP, Septentrio SBF, U-blox UBX, and more.
With the 3-channel GP-Probe TGE2 device and advanced algorithms, GP-Cloud provides real-time protection against any type of deliberate GNSS spoofing attack.
GP-Probe TGE2 is equipped with an FPGA-powered RF signal analyzer with 60MHz bandwidth. It helps to identify the interference and develop effective countermeasures. Moreover, GP-Probe sends raw IQ data to the cloud to localize the interference using TDOA.
GP-Cloud Real-Time Detection
Monitor real-time status of connected probes, track site quality, and analyze recorded events including GNSS availability, number of events, duration, and which constellations were more effected.
GP-Cloud Time Synchronization
GP-Probe measures the phase deviation between the internal and external PPS to monitor the status of a time server, providing reliable and accurate clock synchronization for critical infrastructure.
GP-Cloud GNSS Incident Interface
Never miss a critical GNSS event again! GP-Cloud logs all detected events such as spoofing, jamming, anomalies and more, and sends instant notifications to keep you informed and in control.
GP-Cloud Detailed GNSS Event Overview
Dive into detailed information about the recorded incident: start/stop times, GNSS statuses, data charts, RF spectrum info, position on map. You can even leave comments about the event for your colleagues.
GP-Cloud is specifically engineered to process data from GP-Probe, enabling real-time interference monitoring of GNSS-dependent critical infrastructure. It allows for the connectivity of RTK base stations via RTCM@NTRIP and other GNSS receivers through NMEA@NTRIP, providing instant notifications of detected anomalies. Users can conduct detailed post-analysis of recorded incidents to develop effective countermeasures against GNSS spoofing and jamming.
The app detects anomalies in raw GNSS data and provides real-time notifications to the user. It supports 1Hz data from a stationary GNSS receiver using protocols such as RTCM, NMEA, and Septentrio SBF.
Interference Classification
Integrated with the GP-Probe, GP-Cloud delivers high-precision detection and classification of intricate spoofing attacks. Assess its performance with our detailed JammerTest2024 report.
Enterprise-grade application
GPSPATRON team has applied the most advanced software tools for real-time operation under high-load. GP-Cloud is ready for data processing on a nation-wide scale.
GP-Cloud estimates time/position accuracy and calculates GNSS signal quality metrics for each constellation individually.
Data Logging
The GP-Cloud stores in the database dozens of parameters of all visible satellites: pseudorange, carrier phase, Doppler, residual, S/N ratio, DOPs, satellite position, accuracy, quality, spoofing/jamming probability, etc.
API
Powerful API with documentation in Swagger allows you to integrate the solution in an existing infrastructure.
GP-Probe TGE2 | GP-Probe DIN L1 | Septentrio SBF | RTCM | NMEA |
---|---|---|---|---|
Spoofing | Interference | Spoofing | Anomaly | Anomaly |
Jamming | Anomaly | Interference | Low Position Accuracy | Low Position Accuracy |
Anomaly | Low Position Accuracy | Anomaly | Offline | Offline |
Low Position Accuracy | Offline | Low Position Accuracy | ||
Offline | Hardware Error | Offline | ||
Hardware Error | Hardware Error |
Message Type | Message Description |
---|---|
1002 | Extended L1-Only GPS RTK Observables |
1004 | Extended L1&L2 GPS RTK Observables |
1005 | Stationary RTK Reference Station ARP |
1006 | Stationary RTK Reference Station ARP with Antenna Height |
1010 | Extended L1-Only GLONASS RTK Observables |
1012 | Extended L1&L2 GLONASS RTK Observables |
1074 | MSM4 – Full GPS Pseudoranges and PhaseRanges plus CNR |
1075 | MSM5 – Full GPS Pseudoranges, PhaseRanges, PhaseRangeRate and CNR |
1076 | MSM6 – Full GPS Pseudoranges, PhaseRanges and CNR (high resolution) |
1077 | MSM7 – Full GPS Pseudoranges, PhaseRanges, PhaseRangeRate and CNR (high resolution) |
1084 | MSM4 – Full GLONASS Pseudoranges and PhaseRanges plus CNR |
1085 | MSM5 – Full GLONASS Pseudoranges, PhaseRanges, PhaseRangeRate and CNR |
1086 | MSM6 – Full GLONASS Pseudoranges, PhaseRanges and CNR (high resolution) |
1087 | MSM7 – Full GLONASS Pseudoranges, PhaseRanges, PhaseRangeRate and CNR (high resolution) |
1094 | MSM4 – Full Galileo Pseudoranges and PhaseRanges plus CNR |
1095 | MSM5 – Full Galileo Pseudoranges, PhaseRanges, PhaseRangeRate and CNR |
1096 | MSM6 – Full Galileo Pseudoranges, PhaseRanges and CNR (high resolution) |
1097 | MSM7 – Full Galileo Pseudoranges, PhaseRanges, PhaseRangeRate and CNR (high resolution) |
1124 | MSM4 – Full BeiDou Pseudoranges and PhaseRanges plus CNR |
1125 | MSM5 – Full BeiDou Pseudoranges, PhaseRanges, PhaseRangeRate and CNR |
1126 | MSM6 – Full BeiDou Pseudoranges, PhaseRanges and CNR (high resolution) |
1127 | MSM7 – Full BeiDou Pseudoranges, PhaseRanges, PhaseRangeRate and CNR (high resolution) |
DETECTING GNSS SPOOFING - OVERVIEW