Traditional cellular networks rely on dense, ground-based infrastructure: ugly cell towers, fibre optic cables and data centers. D2C turns this model on its head. Satellites function like flying cell ...

What if you could get high-speed internet in the middle of the ocean, a remote desert, or deep in the mountains, without any ...

Orange has expanded its global enterprise offer with satellite LEO connectivity for remote services and mobile backhaul via a ...

Reuters, the news and media division of Thomson Reuters, is the world’s largest multimedia news provider, reaching billions ...

A study by the universities of Cordoba and Seville develops a method that makes it possible to verify, easily and quickly, ...

What a remarkable success in a well-executed operation.” With those five words, geospatial intelligence consultant Chris ...

Athens-based independent scholar Demetrius Savvides has shown that in Amphipolis, northern Greece, where the Kastas Monument ...

Abstract: In low Earth orbit (LEO) satellite networks, on-board energy resources of each satellite are extremely limited. And with the increase of the node number and the traffic transmission pressure ...

Heading into Thursday’s draw for the French Open, there was only one huge storyline: Where would Iga Swiatek, the women’s champion four of the last five years, end up? Due to a recent dip in ...

Ocean color remote sensing (OCRS) provides crucial insights into marine ecosystems, detecting phytoplankton blooms, measuring ...

The new satellite constellation demonstrates next-generation distributed computing with the potential to transform global ...

The second phase from 2026 to 2030 will focus on large-scale deployment. It aims to establish a 300-satellite network offering continuous global coverage with a range of imaging types – visible ...