UNIVITY has raised €27 million in fresh funding as it seeks to build a wholesale space-based internet infrastructure aimed at telecom operators. The Paris-based company said the round will support the next stage of development for its Very Low Earth Orbit, or VLEO, connectivity platform and help prepare the business for industrial and commercial expansion from 2028. Investors in the round include Blast, Expansion, the Deeptech 2030 fund managed by Bpifrance on behalf of the French state under France 2030, as well as two family offices.
A Telecom-Focused Space Strategy
The company is positioning itself differently from many newer satellite ventures by targeting telecom carriers rather than selling directly to consumers. UNIVITY’s model is built around a neutral, shared space infrastructure that operators can use to extend their own services, instead of relying on vertically integrated providers that control both network capacity and customer relationships. That approach is designed to preserve operators’ role in a market where terrestrial and non-terrestrial networks are increasingly expected to converge.
UNIVITY argues that this shift is becoming more important as governments and telecom groups place greater emphasis on strategic autonomy in connectivity. The company says operators need an alternative that allows them to keep control over space-based service delivery as hybrid network models mature. It is seeking to position itself as that alternative by making space a seamless extension of existing mobile infrastructure.
Technology Behind the Plan
At the center of UNIVITY’s strategy are two main technical choices that it says set it apart in the emerging space connectivity market. The first is its focus on VLEO, a much lower orbital altitude that can reduce latency, improve performance for compact terminals such as smartphones and connected vehicles, and allow satellites to deorbit more quickly at end of life. The second is its use of telecom operators’ existing 5G spectrum, which the company says will support native integration with mobile networks and smoother 5G non-terrestrial network continuity.
Taken together, those choices are intended to make UNIVITY more than a conventional satellite operator. The company is betting that performance, network compatibility, and orbital sustainability will become critical differentiators as space and terrestrial communications infrastructures merge. Its long-term ambition is to support both high-speed broadband services and direct-to-cell smartphone connectivity through the same wholesale platform.
The uniShape Demonstrator
A significant portion of the new funding will be used to execute UNIVITY’s uniShape program, which the company describes as the first VLEO-based 5G NTN demonstrator. Developed with the support of the French space agency CNES, the program will involve two VLEO 5G satellites that are to be assembled, integrated, tested, and then operated in orbit. The goal is to validate a full end-to-end high-throughput 5G NTN service, from ground gateways through to user devices, including direct smartphone connectivity.
UNIVITY says the demonstrator will serve as a major proof point for its future commercial constellation, known as uniSky. If successful, the mission would show that terrestrial and space networks can operate together in a controlled and interoperable framework. The company sees that step as essential before moving into full industrial deployment and broader commercial rollout later in the decade.
Investor Backing and Market Significance
The investors backing the round framed the company as a strategic play in both telecom infrastructure and European sovereignty. Supporters highlighted UNIVITY’s effort to address sustainable use of space while giving operators a way to stay competitive and independent in a market increasingly shaped by large integrated players. The deal also reflects broader public and private interest in technologies that can strengthen Europe’s position in critical communications systems.
Beyond technology validation, the company said the financing will be used to expand teams across engineering, industrialization, and business development. It also plans to refine its market offering for telecom operators as it moves closer to scale. UNIVITY says its infrastructure could complement fiber and cellular networks, improve service in rural and remote areas, and reinforce the resilience of critical communications networks.
The funding round marks an important step for UNIVITY as it tries to turn a technically ambitious concept into a commercially viable telecom platform. By focusing on a wholesale model, VLEO satellites, and 5G spectrum integration, the company is attempting to carve out a distinct role in the next phase of hybrid connectivity. Whether it can deliver on that promise will depend largely on the success of uniShape and its ability to translate early technological advantages into a scalable business from 2028 onward.