French satellite startup Univity raises €27M Series A
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French satellite startup Univity raises €27M Series A

April 22, 20266 views2 min read

French satellite startup Univity has raised €27M in Series A funding to build a constellation of 1,600 satellites in very low Earth orbit, leveraging 5G mmWave spectrum for enhanced connectivity.

French satellite startup Univity has secured €27 million in Series A funding, marking a significant step in its mission to revolutionize satellite communications. The company, formerly known as Constellation Technologies & Operations, is aiming to deploy a constellation of at least 1,600 satellites in very low Earth orbit (VLEO). This ambitious plan positions Univity at the forefront of the next generation of space-based internet infrastructure.

Strategic Use of 5G Spectrum

Univity's approach distinguishes itself from traditional satellite operators by leveraging existing telecom infrastructure. Rather than competing with mobile network operators, the company intends to utilize their 5G mmWave spectrum, enabling seamless integration and enhanced connectivity. This strategy not only reduces operational friction but also aligns with the growing demand for high-speed, low-latency internet services.

Financial Backing and Future Outlook

The latest funding round brings Univity’s total capital to €68 million, including equity, debt, subsidies, and contract revenues. The Paris-based startup is well-positioned to advance its development and deployment timeline, with the financial support crucial for scaling its satellite constellation. Industry experts see this as a promising development in the evolving space economy, especially as VLEO satellites offer significant advantages in terms of latency and coverage.

With increasing global demand for reliable internet access and the rise of edge computing, Univity’s strategy could play a pivotal role in bridging the digital divide. As the company moves forward, its unique approach to satellite communications may redefine how telecom and space industries collaborate.

Source: TNW Neural

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