|
|
Daily News Feed |
TOP STORY
The race to put computing infrastructure in orbit is accelerating as hyperscalers across cloud, AI, and space compete to see who will emerge winners in what many believe will fuel the Fourth Industrial Revolution. The last few months have been a flurry of orbital data announcements, from SpaceX filing for a constellation of up to 1 million satellites to create an orbital data center and collaborating with AI giant Anthropic. Google is exploring Tensor Processing Unit (TPU) clusters in space. Starcloud has plans for an 88,000-satellite constellation aimed at delivering on-orbit compute at scale, to name a few. In the…[continued]
|
|
The Amazon Leo constellation now has enough satellites in orbit to support “continuous service across initial latitudes,” after a United Launch Alliance (ULA) mission in…[continued] |
|
German launcher in development Isar Aerospace secured a launch contract with Planet to launch one of Planet’s next-generation Pelican satellites, as early as late 2026. …[continued] |
|
Spacecraft telemetry streams continuously from hundreds of subsystems at irregular intervals with metadata that shifts as constellations scale. Relational databases weren't built for that. InfluxDB handles the ingest volume and cardinality that stalls TT&C and NOC teams on legacy infrastructure.
|
|
|
|
Mitsubishi Electric has made a statement of intent by acquiring one of the most talked about companies in the Japanese space sector over the last…[continued] |
|
Vodafone Ireland has conducted a successful test call with AST SpaceMobile’s satellite constellation as part of tests for connectivity for emergency and first responders. Vodafone…[continued] |
|
What do people actually do on satellite networks? And, for non-government applications, does it even matter? As thousands of new satellites are launched into orbit,…[continued] |
|
|
VIA SATELLITE | ADVERTISE | CONTACT US | SIGN UP
    |
