Today’s News

A high-tech Swiss precision engineering laboratory interior, sleek and minimalist, featuring advanced GNSS testing equipment and satellite timing receivers arranged on clean metal workbenches. Illuminated fiber-optic cables glow with soft blue-white light, symbolizing nanosecond-precise data transmission, weaving between server racks and atomic clock instrumentation. A large abstract holographic display shows synchronized clock waveforms and precise timing signals in glowing cyan and white. In the background, subtle hints of the Swiss Alps are visible through large glass windows, blending nature with cutting-edge technology. The overall atmosphere is clean, futuristic, and scientific, with cool tones of silver, blue, and white conveying precision, trust, and innovation. Ultra-detailed editorial photography style, sharp focus, soft ambient lighting, high-tech corporate aesthetic.

September 3, 2026

U-blox enhances GNSS timing validation with nanosecond-accurate METAS time service

By Tracy Cozzens

Credit: EagleNEXT

September 3, 2026

EagleNXT launches new flagship sensor Altum-PT Pro with enhanced radiometric thermal imaging

By Tracy Cozzens

Credit: UAV Navigation

September 3, 2026

UAV Navigation enhances VNS01 for precision drone navigation in GNSS-denied environments

By Tracy Cozzens

Credit: U.S. Navy

September 2, 2026

Marotta Controls will support US Navy next-gen jammer program

By Tracy Cozzens

Image: NGS Website

September 1, 2026

Can InSAR be used to enhance and improve an Intraframe Deformation Model?

By David B. Zilkoski

August 31, 2026

TXST, Leica Geosystems partner to modernize construction education

By Tracy Cozzens

August 28, 2026

Q-CTRL demonstrates GPS-free quantum navigation in Coral Sea field trial

By Tracy Cozzens

Figure 1 — The anchor, not the positioner: accumulated drift over distance for pure SLAM (unbounded), SLAM with loop closures (reset at each loop, but only to self-consistency), and SLAM with genuine RTK Fixed (continually reset against an absolute frame).

August 27, 2026

What RTK actually does inside a SLAM scanner, and why pseudo-fix is the silent killer

Editorial photograph of a rugged U.S. Army medium tactical vehicle in an outdoor military depot setting, with a soldier in combat uniform installing an advanced electronic navigation kit near the vehicle's dashboard and antenna mount. Show close-up technical details of a compact anti-jam GPS antenna mounted on the vehicle's exterior and a ruggedized handheld GPS/navigation device being connected via cables inside the cab.

August 26, 2026

US Army orders additional GNSS anti-jam kits for vehicles

By Tracy Cozzens

Tricity, Poland, is indicated by the red dashes (Credit: Google Maos)

August 26, 2026

Polish institute analysis finds drastic increase in GNSS interference, offers guidelines

By Tracy Cozzens

August 26, 2026

Bourns introduces LTCC diplexer for dual-band GNSS L-band signal processing

By Tracy Cozzens

One of the most common is jamming, where receivers are overwhelmed with signals that ‘clog’ the airwaves, rendering them unable to function properly.(Credit: ESA)

August 26, 2026

No signal left behind: New ways to detect jamming and spoofing

By Tracy Cozzens

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