“Joint experiments with GPSPATRON specialists allowed us to estimate vulnerabilities of time servers to intentional and non-intentional GPS spoofing, to obtain statistics on the quality of GNSS signals at antenna installation points. Research carried out with GPSPATRON will help us improve the architecture of our timing system, making it resistant to even the most complex, targeted attacks.”
GPSPATRON is a team of talented enginners that offer practical solutions in mitigating the threats of GNSS spoofing, jamming and signal quality analysis
We conduct scientific research that is geared towards developing products and solutions for GNSS spoofing and jamming protection. Our team also provides services for customizing and integrating our solution into existing customer infrastructure.
We are a team of engineers with a strong background in enterprise-grade solutions development. We cover all engineering areas for the development of complex projects: embedded, desktop, WEB, and mobile development. Our industry specialization is automated measuring systems for infrastructure monitoring, production line automation, test laboratory automation. We have a passion for projects related to the IoT, 5G, radio spectrum, HighLoad Web, neural networks.
GPSPATORN began in mid-2018 when one of our clients described the problem of GNSS spoofing. Armies, authorities, security companies use spoofing to protect VIPs against drones. Since all GNSS time servers are susceptible to spoofing attacks, this affects the infrastructure with strict time synchronization requirements like banks, exchanges, power grids … We analyzed the market and realized that there was no solution for the comprehensive monitoring of synchronization systems with spoofing detection.
At the first stage of the project, we studied hundreds of scientific publications and potents on this topic. Then we developed GPS spoofer with advanced attack scenarios. We spent much time experimenting with GNSS modules and time servers. The spoofer allowed us to develop various attack techniques and investigate the effects of spoofing. We found that the only method for detecting intentional synchronous spoofing is to analyze the spatial characteristics of the navigation field. We use a three-channel GNSS probe to accomplish it.
Then we developed the GP-Probe. We made many interactions so the device would meet the requirements of the standards for EMC, Safety, Radio, RoHS. GP-Probe is used on critical infrastructure, so it must be highly reliable and with advanced functionality that enterprise customers require. The GP-Cloud incorporates all the latest Web development technologies.
We have successfully conducted a series of months-long test-zone in Russia, and now we are confident that GPSPATRON is capable of detecting multi-constellation military-scale spoofing attacks.
GPSPATRON aims to provide an effective enterprise-grade solution for:
– clock synchronization monitoring;
– time-critical infrastructures protection against GNSS spoofing and jamming;
– GNSS signal quality analysis and logging.
We are a team of enthusiastic developers who practice their long-standing technical expertise to achieve the highest possible customer satisfaction
“We implement large-scale projects for time-critical infrastructure with many distributed nodes. GPSPATRON ensures high accuracy of time synchronization and monitoring, even in strong radio interference conditions.”
“GPSPATRON provides an excellent tool for GNSS signal quality analysis. With an embedded spoofing/jamming detection and classification algorithms, we could create a resilient synchronization system.”