Next-Gen GNSS Delivers Real-Time Positioning with Centimeter Accuracy

Quantum clocks guarantee precise navigation

Optical quantum clocks developed at the University of Adelaide have been proven to out-perfom GPS navigation systems by many orders of magnitude. The clocks, which were put through their paces in naval exercises, were designed to be robust enough to withstand being rocked by waves while they are on ships. Previous versions of clocks that operate at this level of accuracy are not portable as they require large amounts of lab space and are too sen…

Next-Gen GNSS Centimetre-Level Accuracy is Transforming Real-Time Positioning Next-Gen GNSS Centimetre-Level Accuracy is Transforming Real-Time Positioning

Next-Gen GNSS Centimetre-Level Accuracy is Transforming Real-Time Positioning In an increasingly connected world, where autonomous systems and smart technologies demand split-second accuracy, traditional positioning systems simply aren’t cutting it. For years, Precise Point Positioning (PPP) has been hailed as a game-changer for delivering high-accuracy results without a network of ground stations. However, slow convergence times and difficulty …

Next-Gen GNSS Delivers Real-Time Positioning with Centimeter Accuracy

In an era of growing demand for real-time precision navigation, researchers have unveiled a powerful leap forward in satellite-based positioning. Leveraging new-generation Global Navigation Satellite Systems (GNSS) constellations and signals, a novel approach to Precise Point Positioning with Real-Time Kinematic (PPP-RTK) achieves centimeter-level accuracy with remarkable speed.