Up until a few years ago, space largely fell within the realm of a few major aero defense groups and government agencies. No one in their right mind, save for a few individuals that fit the “eccentric billionaire” archetype would even consider making investments in this “space.” However, the tides have turned.
With OneWeb announcing a mega-constellation of some 2,000 satellites and SpaceX planning another 4,500 to provide Internet service to remote regions around the globe, the business of satellite-delivered data continues to boom.
A team of researchers led by Richard Miller of the University of Alabama in Huntsville (UAH) has recently proposed a next-generation mission to the moon called the Lunar Occultation Explorer (LOX) which is now under review by NASA. If accepted by the agency, it will be the first dedicated astrophysics lunar mission.
Researchers at the University of Surrey’s Advanced Technology Institute (ATI), the University of Bristol’s Advanced Composite Centre for Innovation and Science (ACCIS), and aerospace company Bombardier teamed up to develop a carbon nanotube-based material that is to replace the polymer sizing in carbon fiber reinforced polymers (CFRPs) for aerospace applications.
There’s a new way for firms to analyse global economic developments and events, by viewing them from space. While satellite analytics have been available to governments for decades, high-resolution satellite imagery is fast becoming the last Cold War technology to be made widely available for commercial use.
Despite previous obstacles in efficiency, developments in
Going green is no longer just an Earth thing. The need for sustainability in space extends beyond the scope of picking up geospatial refuse. Soon, recycling will play a key role in stimulating and growing the extraterrestrial economy, by maximizing resource availability through converting mission waste into useful commodities. The staggering costs of re-supply missions require all resources on board be
Perry R. Peterson | President & CEO | Digital Earth Thought Leader
Humanity’s ability to measure, monitor, and communicate over the vastness of the entire Earth is unprecedented. Trends point to ever growing volumes of rich data describing the planet. People, from scientist to citizens, expect this information in a form that can answer their pressing questions…instantly.