Endeavour Optical Networks хочет заменить подводные кабели космическими лазерами

Startup Endeavour Optical Networks (EON) announced on August 4, 2026, plans to launch the fastest commercial free-space laser communication system in history. The company's goal is to move the "information highway" from the ocean floor to orbit and offer a real alternative to undersea fiber-optic cables, which today carry the majority of the world's internet traffic.

How does laser communication in space work?

Free-Space Optical (FSO) technology transmits information between satellites using laser beams in a vacuum — without wires or physical infrastructure on the ocean floor. Compared to undersea fiber optics, FSO has structural advantages: no vulnerable points underwater, the ability to cover any point on the planet, and the capacity to reroute traffic in seconds instead of months of cable repair.

FSO is not a novelty: NASA and the European Space Agency conducted experimental laser communication missions back in the 2010s and proved the technology's fundamental viability. The commercial breakthrough moment came in 2023, when SpaceX deployed inter-satellite laser links in the Starlink network at real scale.

The main technical challenge is the precision of directing a laser beam at a satellite moving at speeds of several thousand kilometers per hour. SpaceX solved this problem using high-speed gimbal mechanisms. EON claims record speed characteristics — and evidently offers its own technical approach. The company is targeting the corporate segment: backbone channels for data centers, not mass consumer internet.

Why have undersea cables become a vulnerability?

According to analytics firm TeleGeography, undersea fiber-optic systems carry approximately 95% of all international data traffic — and remain critically vulnerable infrastructure. In 2024–2025, incidents in the Red Sea, the Baltic Sea, and the Pacific region caused temporary outages for major telecom operators.

In response, tech giants — Microsoft, Google, and Meta — are ramping up investments in their own cable systems. But laying a new cable takes years and costs hundreds of millions of dollars. Orbital laser infrastructure theoretically deploys faster and is not tied to the terrain of the ocean floor.

For AI companies, the reliability of intercontinental channels is a competitive issue. Training large language models on distributed GPU clusters and globally delivering inference require high-speed connections with minimal latency between data centers on different continents.

EON "wants to move the data information highway from ocean cables to space lasers," according to a

TechCrunch publication dated August 4, 2026.

What this means

EON is entering a competitive market: Starlink, Amazon Kuiper, OneWeb, and European operators are already building orbital data networks. EON's distinguishing claim is its focus on corporate backbone channels with record speed, rather than mass consumer coverage. The company has not yet disclosed technical parameters, the timeline for launching the first satellites, or funding data — however, the announcement itself marks the emergence of a new ambitious player in the orbital communications market.

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