GP-Cloud

Web platform for real-time GNSS signal quality monitoring, interference detection and classification

Advanced GNSS spoofing/jamming detection, classification, event logging and optional TDOA localization

Stay Ahead of GNSS Threats with One Comprehensive Solution

Enjoy true real-time GNSS signal quality analysis, spoofing/jamming/anomaly detection, RF spectrum and PPS accuracy monitoring all in one UI. Supports GP-Probe, RTCM@NTRIP, Septentrio SBF, U-blox UBX, and more

Detect and Investigate Sophisticated GNSS Spoofing Attacks

With three-channel GP-Probe TGE2 and advanced algorithms, GP-Cloud provides real-time protection against any type of deliberate GNSS spoofing attack

Explore GNSS Interference Modulation Features

GP-Probe TGE2 is equipped with an FPGA-powered RF signal analyzer with 60 MHz 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 Dashboard: Real-Time Probe Status and Event Statistics

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 affected.

Ensure Reliable Time Synchronization with GP-Probe and GP-Cloud

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 Keeps You Informed of All GNSS Incidents

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.

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.

Stay Ahead of GNSS Threats with One Comprehensive Solution

Key Features Pricing and Licenses Specification Resources

Key Features

GP-Cloud is a centralized platform for real-time monitoring and analysis of GNSS-dependent infrastructure. It processes data from GP-Probes and supported third-party GNSS receivers via RTCM, NMEA, and Septentrio SBF, provides instant notifications of detected anomalies, and stores detailed event data for post-analysis and incident investigation.

GNSS Anomaly Detection

GP-Cloud detects anomalies in raw GNSS observations and notifies users in real time. It supports 1 Hz data from GNSS receivers via RTCM, NMEA, and Septentrio SBF.

Spoofing & Jamming Classification

When integrated with GP-Probe TGE2, GP-Cloud provides high-precision detection and classification of sophisticated GNSS spoofing and jamming events. See the results in our detailed report.

Enterprise-Grade Platform

Designed for high-load, real-time operation, GP-Cloud scales from single-site deployments to nationwide GNSS monitoring networks.

GNSS Quality Monitoring

GP-Cloud continuously estimates positioning and timing accuracy and calculates GNSS signal quality metrics for each constellation individually.

Data Logging

GP-Cloud stores detailed GNSS measurements for post-analysis, including pseudorange, carrier phase, Doppler, residuals, C/N₀, DOPs, satellite position, accuracy, quality metrics, and spoofing/jamming probability.

API & Integration

REST API, RabbitMQ, and comprehensive Swagger documentation enable seamless integration with existing monitoring and operational systems.

Subscription to GP-Cloud

Cloud-based service

Base

Upon request

Advanced spoofing/jamming detection
GNSS signal quality monitoring
14 days storage of measurement results
12 month events data storage
Real-time event notifications via RabbitMQ, Webhooks, email
Unlimited users
Standard support

Premium

Upon request

Custom period of measurement results storage
Storing RAW GNSS data from GP-Probe for further postanalysis
Incident analysis by GPSPATRON team
Attack investigation and development of recommendations for
mitigation
Premium support

On-Premise License

GP-Cloud is deployed on your servers

Base

Upon request

A single server deployment¹
Up to 8 GP-Probes TGE2 or 16 DIN L1

Advanced spoofing/jamming detection
GNSS signal quality monitoring
Unlimited users
RabbitMQ for notifications
1-year support

Enterprise

Upon request

Multi-license to launch apps on separate instances
Custom deployment configuration
Unlimited GP-Probes
Active-active application clustering²
Zero downtime backups
Database clustering³
Maintenance service
Premium support

Notes:

1. All applications and services included in the GP cloud will be installed on a single server. This restriction does not affect databases.

2. Unlimited application licenses for required instances. Clustering of multiple active application servers maximizes resilience and uptime as you grow.

3. Share load between unlimited data base nodes.

Specification

Supported Hardware

GP-Probe

RTCM@NTRIP

NMEA@NTRIP

Septentrio GNSS receiver via SBF@NTRIP

Supported GNSS

GPS

GLONASS

BeiDou

Galileo

Detectable Types of Spoofing Attacks

Asynchronous spoofing

Synchronous spoofing

Synchronous multiple-TX spoofing

Spoofing in combination with jamming

User Interface

Dashboard

Map

Charts with histograms

Alarm list

GP-Probe list

User profile

Chart Types

Total Quality
Quality per GNSS
Spoofing per GNSS (available only for TGE2)
Jamming per GNSS (available only for TGE2)
Anomaly per GNSS
Horizontal Position Accuracy per GNSS
Position Deviation Map
CNO Average
CNO per Satellites
Residuals per Satellites
Number of satellites per GNSS
Satellite Heat Map
PDOP
TDOP
RMS of Residuals per GNSS
Spectrum Waterfall
Spectrogram (available only for TGE2)
Power in Band per GNSS (available only for TGE2)
Peak Power
PPS Offset

Detectable Event Types

GP-Probe TGE2	GP-Probe DIN L1	Septentrio SBF	RTCM	NMEA
Spoofing	Interference	Spoofing	Anomaly	Anomaly
Jamming	Anomaly	Jamming	Offline	Low Position Accuracy
Interference	Low Position Accuracy	Interference		Offline
Anomaly	PPS Offset	Anomaly
Low Position Accuracy	Hardware Error	Low Position Accuracy
PPS Offset	Offline	Hardware Error
Hardware Error		Offline
Offline

Supported RTCM 3.0 Messages

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)

Integration Tools

REST API

RabbitMQ

API Documentation

Swagger

Resorces

GPSPATRON for Monitoring Synchronization Systems

Learn More

GPSPATRON for Detecting GNSS Threats

Learn More

GPSPATRON for GNSS Signal Monitoring

Learn More

GPSPATRON Integration Tools Review

Learn More

How GNSS Spoofing Works — and How to Detect It

Learn why GNSS signals are vulnerable to spoofing and jamming, how these attacks affect critical infrastructure, and how GPSPATRON detects them.
Learn more on our YouTube Channel

Platform Advantages

True Real-Time

Real-Time Threat Detection, Classification, and Response

GP-Cloud continuously processes streaming GNSS data in real time and provides immediate detection and event notifications.

0.6 s average detection latency at JammerTest 2024
Real-time processing at 1,000+ probe scale
Instant event notifications

View JammerTest2024 Results

Flexible Integration

Flexible Integration with Third-Party Systems

GP-Cloud is vendor-independent and supports integration with third-party GNSS receivers and existing infrastructure using standard industry protocols and APIs.

RTCM, NMEA, and Septentrio SBF over NTRIP
REST API and RabbitMQ for data access and real-time notifications
Embedded Lua scripting on GP-Probe for custom integration scenarios
Integration with GNSS-based timing and synchronization systems

Explore Integration Options: Learn More

Flexible Licensing

Cloud & On-Premises Deployment

Choose the deployment model that fits your infrastructure and security requirements. Use GP-Cloud as a managed cloud service for fast deployment, or deploy it on your own servers for full control over data and infrastructure.

Cloud Subscription

On-Premises Deployment

Base

Premium

Enterprise

Enterprise Scalability

Enterprise-Grade Architecture for Large-Scale Deployments

GP-Cloud is designed for high availability, horizontal scaling, and low-latency processing under high load. Enterprise deployments can use clustered application and database infrastructure to support large distributed monitoring networks.

Active-active application clustering with load balancing
Database clustering
Zero-downtime backups

Multi-Constellation GNSS

Multi-Band, Multi-Constellation GNSS Support

GP-Cloud supports multi-band, multi-constellation GNSS monitoring through compatible receivers, including Septentrio. Signal quality and anomalies can be analyzed independently for each constellation, providing a complete view of the GNSS environment across multiple frequency bands.

GPS
GLONASS
Galileo

BeiDou
QZSS
NaviC

Try the Demo Version

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GP-Cloud

Web platform for real-time GNSS signal quality monitoring, interference detection and classification

Advanced GNSS spoofing/jamming detection, classification, event logging and optional TDOA localization

Key Features

GNSS Anomaly Detection

Spoofing & Jamming Classification

Enterprise-Grade Platform

GNSS Quality Monitoring

Data Logging

API & Integration

Subscription to GP-Cloud

On-Premise License

Specification

Supported Hardware

Supported GNSS

Detectable Types of Spoofing Attacks

User Interface

Chart Types

Detectable Event Types

Supported RTCM 3.0 Messages

Integration Tools

API Documentation

Resorces

How GNSS Spoofing Works — and How to Detect It

Platform Advantages

Real-Time Threat Detection, Classification, and Response

Flexible Integration with Third-Party Systems

Cloud & On-Premises Deployment

Enterprise-Grade Architecture for Large-Scale Deployments

Multi-Band, Multi-Constellation GNSS Support

Try the Demo Version

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Product

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