UNIVITY secures €27M Series A, adds €31M CNES contract, and targets 2027 demo satellite launch

UNIVITY, a UK-based space technology startup, is developing a satellite constellation positioned in very low Earth orbit (VLEO) designed for enhanced connectivity. The company aims to place its satellites below 375 kilometers. This lower altitude offers direct advantages for users, including reduced signal latency and improved performance for devices like smartphones and connected vehicles. It also allows for the use of smaller, more affordable ground terminals.

The satellite communications market is diverse and competitive, with established players like Starlink and Amazon Kuiper operating extensive constellations. UNIVITY's strategy targets specific user needs by leveraging its VLEO approach. This differentiation positions the company to serve market segments requiring ultra-low latency and compact terminal solutions, which are critical for integrating space connectivity as a seamless extension of terrestrial networks.

The company recently closed a €27 million Series A funding round. This investment was led by Blast, Expansion, Bpifrance's deep tech 2030 fund, and two family offices. This capital is specifically allocated to fund a demonstration program focused on building, launching, and operating two satellites. An additional €31 million contract, awarded by the French space agency CNES in September 2025, significantly bolstered the program's financial base. This brings UNIVITY's total committed funding for the demonstration program to over €60 million. The combined financing ensures the program’s trajectory towards its operational goals.

UNIVITY plans a 2027 launch for its two demonstration satellites. These satellites will incorporate inter-satellite links, a technology enabling direct communication between satellites without relying on a ground station. The program also includes the development of supporting ground infrastructure. This phased approach aims to reduce technical and financial risks, with each stage building upon the last. Successful deployment of these demonstration satellites will validate UNIVITY's VLEO strategy. This validation is critical for proving the feasibility of delivering high-performance connectivity from significantly lower altitudes.

The 2027 launches will provide key operational data on UNIVITY's unique orbital strategy and its technological capabilities. The results from this demonstration phase will inform the scale-up and further development of the company’s full uniSky constellation. How UNIVITY leverages this data to expand its market presence and compete within the rapidly evolving satellite internet sector remains a key point of observation.