An RTK GNSS receiver is one of the core components of a precision farming system. It receives satellite signals and ...

GAJT-310: a game-changer in anti-jam technology The GAJT-310 represents a significant advancement in anti-jam technology. Designed to provide effective and immediate protection against GNSS signal ...

New Maxiva GNSS-PTP solution for broadcast and telecom facilities seamlessly connects to second-generation GNSS and other timing sources GatesAir, specialist in television and radio technology, will ...

UAV Navigation ensures that Alpha platforms A-900 & A-800 can carry out missions even with GNSS signal denies or under jamming attack. The majority of Uncrewed Aerial Systems (UAS) rely on Global ...

In a pioneering move to bolster the precision of Global Navigation Satellite Systems (GNSS), researchers have crafted advanced processing techniques for subcarrier modulated signals.

The collaboration aims to address the growing threat of GPS and GNSS signal disruptions in the commercial shipping industry.

More than 120 experts from aviation, research, and government gathered to discuss the rising incidents of GNSS signal disruption, particularly jamming and spoofing.

A study presents a machine learning approach to accurately detect ionospheric amplitude scintillations, a phenomenon that significantly impacts Global Navigation Satellite System (GNSS) signals.

Neuraspace is developing AI-powered software with support from the European Space Agency to help operators better harness navigation signals for satellite tracking and collision avoidance, the ...

Instead of merely blasting the airwaves with raw power, GNSS spoofing still involves overpowering the original signal, but instead of a denial of service (DoS) attack, spoofing is closer to a man ...

At its core, GNSS is a set of accurate time signals that are beamed to Earth from a constellation of satellites. A receiver locks onto the signal from multiple satellites to triangulate position.