Univity Secures €27M Series A to Launch VLEO 5G Demo Satellites for Telecoms

Context The French startup Univity is developing a neutral space infrastructure. This system is tailored specifically for telecom operators. It aims to extend terrestrial 5G networks using a constellation in Very Low Earth Orbit (VLEO).

VLEO satellites fly at an altitude much closer to Earth than conventional Low Earth Orbit (LEO) satellites. This proximity potentially offers significantly reduced signal latency and improved link performance for users. Univity’s approach focuses on wholesale services for existing carriers, rather than direct-to-consumer offerings.

Key Facts Univity's recent €27 million Series A round, equivalent to $32 million, directly supports this development. The funding will cover the creation and launch of two VLEO 5G demonstration satellites. These satellites will test crucial technologies for next-generation mobile connectivity.

Specifically, they will validate a 5G non-terrestrial network (NTN) service. This service enables standard 5G devices to connect directly with satellite networks. The missions will also prove direct-to-cell capability, allowing a satellite to communicate with unmodified smartphones on Earth.

Univity founder Charles Delfieux stated the convergence between terrestrial and space networks is inevitable. He added that the company's ambition is to empower operators to utilize space as a natural extension of their existing 5G networks. This strategy aims to combine performance with competitive advantages.

What It Means This funding moves Univity closer to deploying its planned uniSky constellation. This VLEO constellation aims to deliver ultra-high-speed broadband and direct-to-smartphone connectivity. By operating in the same telecom 5G spectrum, Univity seeks seamless interoperability with terrestrial networks.

The company’s focus on providing infrastructure to telcos positions it as a key facilitator. It could enable broader 5G expansion into unserved or underserved areas. Tracking the performance and data gathered from these initial demonstration satellites will be critical to assessing the viability and future deployment schedule for Univity's full constellation.