GPSPATRON’s core component. Web-based application for real-time analysis of raw GNSS data coming from GP-Probes or third-party GNSS receivers. Supports multiple data formats.
GNSS probes are designed to protect critical infrastructure from all types of GNSS interference. Various accessories for operating GP-Probes in harsh outdoor environments. Tools for building resilient PNT infrastructure.
Software-defined RF/GNSS spoofing and jamming simulators. Designed to test the resilience and vulnerabilities of communication and navigation systems.
Based on MiFID II and SEC 613 regulation, financial service firms in Europe and the US must comply …
GPSPATRON helps to obtain the mandatory precision from GNSS in difficult jamming conditions, an inferior GNSS antenna placement, and even under spoofing ...
Data centers require sub-millisecond precision timestamping ...
Digital broadcasting in Single Frequency Networks (SFN) mode like DVB-T/T2, T-DMB, DAB, or DRM requires ...
According to ICAO Annex 10 requirements, airports need to implement ...
GNSS is applied to diverse marine applications such as navigation, seafloor mapping ...
GNSS is utilized to track trains on low-density line networks. Automatic Train Control Systems use GNSS to ...
Transportation of dangerous goods is one of the leading security applications ...
Time synchronization distortion of Phasor Measurement Units can lead to ...
GNSS RTK network is a critical part of many applications with precise, real-time positioning requirements ...
The success of autonomous machines requires uncompromised accuracy and reliability of the GNSS...
In telecom (3G, 4G, SATCOM, PMR, PSTN), GNSS is utilized for ...
GPSPATRON can be utilized for interference monitoring for GNSS bands ...
The armed forces actively use GNSS spoofing during exercises, operations, and to protect bases against drones ...
Protecting Critical Infrastructure from GNSS Interference Globally
Yes, sure. You can use GP-Divider. It is a two-way RF power divider with a 10 mA current simulation. The current simulation is needed for the time server with the antenna preamplifier current measurement.
In an asynchronous spoofing attack, the generated signal can differ from the original one in a variety of parameters like coordinates, time, etc. Synchronous spoofers generate a counterfeit signal that is identical to the genuine. On the other hand, asynchronous attacks are easy to detect due to a sharp shift in the parameters. Synchronous attacks are much more difficult to execute, but they allow attackers to unnoticeably shift time or coordinates. Learn more in our article.
It is not a requirement at all. You can connect the PPS output of the time server to the PPS input of the GP-Probe and control the phase offset. It is an additional function of the system for controlling the health of the time server in real-time.
Affirmative. The GP-Cloud can be supplied under different license types. You can use it in the cloud or install it on your own servers.
It’s optional. If you are looking for guaranteed protection against intentional spoofing attacks, three channels/antennas are required. For the basic spoofing detection or just GNSS signal quality monitoring, one channel/antenna is needed.
Jamming – noise generation. Spoofing – fake satellite signal generation. Jamming is simple to detect – the associated satellites disappear. Spoofing is extremely challenging to detect since the fake signals can have the same power, modulation, structure, pseudoranges, doppler, etc. Jammers are not a big issue for time servers because servers have an internal local oscillator and can hold a phase and frequency for several days. Spoofers are the biggest issue for time servers because they can move time.
To protect GNSS time servers, we have developed the GP-Blocker. It is a threat blocker with an embedded noise generator. It can block even the most powerful RF signals. GP-Blocker is connected to the GP-Probe, and in case of spoofing or low signal quality, it can disconnect the antenna port of the protected time server.
