Univity is moving ahead with an ambitious plan to build a large space-based network backed by fresh funding and strong industry support. The project aims to expand Europe’s role in satellite connectivity and improve global internet access, especially in areas where traditional networks are limited or expensive to deploy.
Univity’s Satellite Internet Ambitions Get Funding Boost
Univity has secured $32 million in fresh funding to speed up its plan for building a large satellite network in space. When combined with support from a French space agency contract, the total funding has reached about €68 million. The investment has come from state-backed financial groups and venture capital firms focused on strengthening Europe’s position in space technology and digital communications.
The funding will be used by Univity for satellite development, manufacturing planning, and early deployment activities. The company is working toward creating a large-scale network that can support global internet connectivity, especially as demand for faster and more reliable internet continues to grow. The satellites are planned to be produced in France, helping improve production efficiency and reduce costs.
Unlike traditional internet systems that depend on cables and ground towers, satellite internet transmits signals through space, making it possible to provide coverage in remote and hard-to-reach areas.
3,400-Satellite Mega Constellation Planned in Very Low Earth Orbit
Univity has announced plans to deploy up to 3,400 satellites in very low Earth orbit. This orbit is much closer to Earth compared to many traditional satellite systems, allowing faster data transmission and reduced delay in communication.
The large number of satellites is designed to create a continuous global network in the sky. Each satellite will work together to form a wide coverage system, ensuring that internet signals can be delivered across cities, rural areas, oceans, and remote regions where traditional broadband services are weak or unavailable.
Satellite Diversity: Empowering Technology to the Fullest
Univity has already planned early-stage satellite launches, starting with two test satellites. These initial units will be used to check performance, communication quality, and system stability before moving to mass deployment.
Mass production is a key part of the strategy. The satellites are planned to be manufactured in Toulouse, France, a city known for its strong aerospace and space engineering industry. Producing satellites locally is expected to help reduce costs, improve quality control, and speed up assembly timelines. The full-scale rollout is expected to begin after the initial testing phase, with large-scale deployment planned from 2028 onward. The network is designed to scale gradually, adding more satellites over time until full global coverage is achieved.
Telecom Partnership Model and European Space Industry Strengthening
Univity is following a different strategy from major global providers. Instead of selling internet directly to individual users, it plans to work mainly with telecom operators. These operators will then use the satellite network to deliver internet services to their own customers, allowing the system to fit into existing mobile and broadband services rather than replacing them.
So far, the company has signed agreements with 16 telecom operators across four continents. These partnerships show early international interest in satellite-based infrastructure as a way to improve internet access in regions where traditional networks are weak, expensive, or difficult to build. This includes remote locations such as deserts, islands, oceans, and mountainous regions.
Germany ignites Europe’s space arms race with €35 billion orbital defense surge
The approach focuses on building large-scale infrastructure instead of consumer services Univity’s main priorities are satellite manufacturing, network deployment, and providing wholesale connectivity support to telecom providers. This model is designed to help telecom companies expand coverage quickly without heavy investment in new ground infrastructure.
The project also aligns with Europe’s broader goal of strengthening independence in space and telecommunications technology. By relying on domestic production and regional funding, it supports the growth of a competitive space industry. As satellite internet systems expand globally, competition is increasing, especially in areas where laying fiber-optic cables is difficult or too costly.
