UNIVITY Secures €27M to Launch Low‑Orbit Satellites by 2027 for Faster Telecom Links

UNIVITY secured €27 million in Series A funding to advance its low Earth orbit satellite constellation. The company plans to deploy demonstration satellites by 2027, aiming to deliver faster, more accessible telecommunications services.

Paris-based UNIVITY is developing a new network of satellites designed to operate significantly closer to Earth than existing constellations. This strategy aims to enhance global internet access and improve connectivity for smartphones and connected vehicles. The company targets orbits below 375 kilometers.

This lower altitude reduces the distance signals travel, thereby decreasing latency, the delay in data transmission. It also facilitates the use of smaller, more cost-effective ground antennas for users.

UNIVITY recently secured €27 million in Series A funding. Key investors included Blast, Expansion, Bpifrance's deep tech 2030 fund, and two family offices. This capital infusion supports the development and deployment phases of its satellite technology.

The company plans to launch two demonstration satellites in 2027. These initial satellites will include inter-satellite links, a crucial technology for maintaining continuous communication across the constellation. Ground infrastructure will also support these launches.

Shola Efunshile, UNIVITY's Chief Operating Officer, stated that positioning satellites closer to Earth reduces latency, enables the use of smaller receiving antennas, and ultimately increases service accessibility. This approach aims to broaden the reach and affordability of satellite-based communication.

The drive to reduce latency and terminal size addresses key barriers to widespread satellite internet adoption. Smaller, cheaper antennas can integrate into more devices and locations, potentially expanding the market beyond current niche applications. The global satellite communications market continues to see diverse players addressing different needs.

UNIVITY's progress towards its 2027 demonstration launch will establish a critical benchmark for this low-orbit strategy. Observers will monitor how this approach impacts satellite internet speeds and accessibility as the company works to build out its constellation.