UNIVITY has raised €27 million in fresh funding to expand its satellite-based internet network, as demand grows for faster and more reliable global connectivity.
The investment round includes backing from Blast, Expansion, and Bpifrance through the France 2030 program. The funding will support technology development, team growth, and early steps toward commercial rollout later this decade.
The company is betting on a shift in how telecom networks operate. Instead of relying only on ground infrastructure, operators are now looking to space to extend coverage and improve performance.
Focus on Speed and Low Latency
UNIVITY’s system uses satellites in Very Low Earth Orbit, or VLEO. These satellites operate closer to Earth than traditional systems. That distance helps reduce delays and improve speed.
Low latency is critical for modern services. It supports mobile data, video calls, and connected devices. It also improves reliability in areas where ground networks are limited.
The company also highlights a sustainability benefit. VLEO satellites break down naturally in the atmosphere after their lifecycle ends. This reduces long-term space debris.
Built for Telecom Operators
Unlike some competitors, UNIVITY is not targeting consumers directly. Its model focuses on telecom operators. The company plans to offer a shared space network that operators can use and manage.
This approach allows telecom companies to stay in control of their services. It also helps them expand into space without building their own satellite systems.
“We are building infrastructure designed for telecom operators,” said Charles Delfieux. “Our goal is to extend 5G networks into space.”
Industry forecasts suggest the market for space-based connectivity could reach tens of billions of euros by 2030. Telecom providers are under pressure to adapt as new competitors enter the sector.
Testing the Technology
A major part of UNIVITY’s plan is the uniShape program. The project is supported by CNES and will test the company’s core technology in orbit.
Two satellites will be launched to validate high-speed 5G connections from space. The test will also include direct links to smartphones. This could allow users to connect without special hardware.
The demonstration aims to prove that space and ground networks can operate as one system. If successful, it will pave the way for a larger commercial network.
Preparing for Scale
The new funding will help UNIVITY move toward full deployment. The company plans to expand its engineering and business teams in the coming years.
Commercial operations are expected to begin around 2028. The company is positioning itself to meet rising demand for hybrid networks that combine ground and satellite systems.
Investors see strong potential in this model. They believe telecom operators will play a central role in the next phase of connectivity.
“UNIVITY is addressing a key shift in global communications,” said Charles Beigbeder.
Expanding Global Access
The company says its system will complement existing networks, not replace them. It aims to extend coverage to rural and remote regions where service is limited.
It could also strengthen network resilience during outages or emergencies. That makes it relevant for both commercial and public infrastructure.
Another key factor is control. Governments and telecom providers are placing more focus on digital independence. UNIVITY’s model supports that goal by keeping operators at the center of service delivery.
Outlook
With new funding secured, UNIVITY is entering a critical stage of development. The company is moving from testing to early-scale preparation.
As demand for faster and wider connectivity grows, space-based systems are becoming a key part of the solution. UNIVITY is aiming to position itself at the center of that shift.
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