The Astrolight van Lithuania has protected € 2.8 million in seed financing to promote its laser -based communication systems, aimed at setting up a fast, optically secure data highway between satellites and earth. This investment underlines the growing confidant in optical communication technologies with regard to the superior alternative to traditional radio frequency systems.
The Astrolight flagship product, the Atlas Terminal, is designed to facilitate data transfer from Lage Earth’s job satellites to ground stations at speeds up to ten Tuesday faster than conventional methods. This technology not only improves the data transit, but also offers increased resistance to jamming and interception, whereby crucial concerns are tackled in both commercial and defense sectors.
The company’s collaboration with NATO’s Defense Innovation Accelerator for the North Atlantic Ocean, you had posted it in the top ten innovators of 44 participants. This partnership offers Astrolight access to a maximum of € 300,000 in extra financing, specialized training and a network of investors, which facilitates the adjustment of its technologies for defense applications.
The Astrolight Polaris system, designed for communication from a ship-to-ship, is an example of his double Uus approach. Polaris has been developed in collaboration with the Lithuanian Navy and the Center for Physical Sciences and Technology and wants to replace traditional signal lamps with laser -based communication, improving operational stealth and resilience in stunned jealous.
In a considerable step towards international cooperation, Astrolight was selected to deliver Atlas-1 optical terminal for the Peaksat mission, a Cubesat project led by the Aristotle University of Bessaloniki. Peaksat, planned for the launch in the fourth quarter of 2025, will demonstrate laser communication options from Leo to ground stations in Greek, which marks a crucial step in validating optical communication technologies of the next generation.
The recent Operational Test of Astrolight from a mobile optical ground station achieved the data rates of Gigabit-Per second over a distance of 10 kilometers, which demonstrates the viability of cost-effective, scalable ground stations that are built from commercial commercial ready-made components. This development is crucial in tackling the limitations of the radio frequency spectrum and meeting the increasing demand for high-speed data transfer from Leo-Satellites.
The Global Satellite Laser Communications Market is expected to grow with a compound annual growth rate of 40% between 2024 and 2032, which achieves an estimated $ 15 billion. The progress of astrolight in laser communication technologies position it as an important player in this fast -growing market and offer solutions that have both commercial and defense needs.
Found in 2019 by Laurynas Mačiulis, a former CTO of Kongsberg Nanoavionics, Astrolight has quickly evolved from a research initiative according to company at the forefront of optical communication innovation. The strategic partnerships and technological breakthrough reflect a commitment to improve glob -laser of global communication infrastructure in glob -laser.
