TAMPA, Fla. \u2014 Slingshot Aerospace is in talks with other countries to create or expand space-tracking capabilities after selling optical sensors to the United Kingdom, marking the California-based company\u2019s first deal for the hardware behind its monitoring software.<\/p>\n
\u201cWe are seeing a huge increase in demand,\u201d said Melissa Quinn, general manager of international business at the space-tracking and analytics company.<\/p>\n
Quinn pointed to a shift \u201cfrom relying on the U.S. to provide tracking capabilities, moving away from just buying data from providers to wanting to create their own sovereignty capability, from the software to the hardware.\u201d<\/p>\n
Data sovereignty is also becoming increasingly important worldwide, she told SpaceNews, as governments seek to protect their own information chains of custody amid rising cybersecurity concerns.<\/p>\n
Slingshot announced a contract Oct. 28 with the UK Space Agency covering the deployment of 13 sensors across five global sites, installed in partnership with German astronomical equipment specialist Baader Planetarium.<\/p>\n
The hardware will be closed off from Slingshot\u2019s internal network of 204 sensors, although Quinn said the company will offer its software to leverage its artificial intelligence platform.<\/p>\n
She said Slingshot now offers a range of packages since announcing plans earlier this year to sell the hardware it produces in Colorado, including servicing and maintenance.<\/p>\n
\u201cIt depends on the country and where their capability is now that they already have in place,\u201d she said, \u201csome countries have nothing and they want everything \u2014 and some countries have a few of these capabilities, and they just need some of those technology gaps plugged with commercial, existing technology.\u201d<\/p>\n
For the U.K., Slingshot is providing products that can be layered on top of bespoke capabilities developed through the National Space Operations Centre (NSpOC), which marked its first anniversary in July<\/a>, enabling faster and more cost-effective expansion to keep pace with increasingly congested orbits.<\/p>\n The number of active satellites in orbit today is set to balloon from 12,000 to 100,000 by 2030, according to Slingshot, making a persistent, independent view of space increasingly mission-critical.<\/p>\n