U-blox launches triple-band antenna for mass adoption of precision GNSS

U-blox has announced a new L1/L2/L5 antenna combining an excellent performance-price ratio, robust design and compact form factor, to make high-precision positioning more accessible for mass adoption. <p>Designed for the <a href="https://www.u-blox.com/en/product/zed-f20p-module" target="_blank" rel="noopener">u-blox F20 high precision platform</a> and optimized for seamless…

Leankon, a global leader in innovative IoT antenna solutions, has introduced the LK1850301 Dipole FPC (Flexible PCB) GNSS antenna, engineered for seamless integration and high-performance positioning across avarious applications. <p>Leveraging innovative technology, the LK1850301 achieves an ultra-compact size of just…
Testing GNSS Receivers against Jamming and Spoofing Attacks

Markus Irsigler, Sebastian Kehl-Waas, Carsten Stöber, Jürgen Dampf, Rohde & Schwarz GmbH & Co. KG <p>GNSS jamming and spoofing pose a significant threat to global security, as satellite-based navigation and timing systems are utilized in various application fields, including critical…

GNSS spoofing has become a regular occurrence with the potential for severe consequences when precise and reliable positioning is critical. Legacy GNSS signals are the primary target for bad actors, as most precise positioning relies on these signals, and it’s…

Javad GNSS has released its latest data collection software, Javad Data Collector (JDC). Designed to run seamlessly on any Android device, JDC interfaces effortlessly with the company’s modern line of smart antennas. <p>JDC features simple, intuitive workflows that require minimal…

News outlet MSN has published a slideshow detailing seven take-aways from recent GNSS spoofing defense moves against Iranian missiles headed toward Israel. The missiles instead ended up in the Mediterranean Sea, apparently because of successful electronic hacking. <p>&#8220;The incident has…

In today’s hyper-connected world, GNSS signals face unprecedented threats from jamming and spoofing attacks. As these signals traverse 20,000 km from satellites to Earth, they become vulnerable to interference that can degrade positioning accuracy or eliminate position availability altogether. Understanding…