Connections unseen by radar: Startup 'Astrolight' technology serves defense and space missions
Translated from Latvian and summarized by DistantNews. Read the original for the full story.
At a glance
- Lithuanian startup 'Astrolight' has developed technology capable of transmitting data from satellites to Earth at multi-gigabit speeds using laser beams.
- The technology operates at low power, comparable to a room's LED bulb, and its laser beams are undetectable by radar and resistant to interception or jamming.
- 'Astrolight' has already deployed this equipment in space and is planning to establish an optical Earth station in Greenland.
Lithuanian startup 'Astrolight' is pioneering a new era in satellite communications with its innovative laser-based data transmission technology. The system can send data from satellites thousands of kilometers above Earth to ground stations at speeds reaching several gigabits per second, all while consuming power comparable to a standard room LED bulb.
A key advantage of 'Astrolight's' technology is its inherent security and stealth. The laser beams used for communication cannot be intercepted or jammed, and crucially, they remain invisible to radar detection. This makes the system highly valuable for both sensitive defense applications and secure space missions.
The company has already successfully launched its equipment into orbit, demonstrating the technology's viability. Looking ahead, 'Astrolight' is preparing to establish a dedicated optical Earth station in Greenland, further expanding its operational capabilities and reach.
This advancement holds significant potential for various sectors, offering a secure and high-speed alternative to traditional communication methods in space and potentially for terrestrial applications requiring undetectable data transfer.
Originally published by Delfi Latvia in Latvian. Translated, summarized, and contextualized automatically by DistantNews, with a note on how the source frames the story. Not individually reviewed before publishing. How this works.