Russia’s Starlink Alternative Gets 2027 Launch Window

Russia’s Starlink Alternative Gets 2027 Launch Window

Russia’s Starlink Alternative Gets 2027 Launch Window

Image: Generated via Google’s Nano Banana

Russia’s Rassvet satellite internet network is expected to begin commercial service in 2027 as Moscow builds a Starlink alternative.

Jun 8, 2026

With Starlink banned in Russia, Moscow’s answer to SpaceX is beginning to take shape in orbit.

Bureau 1440, a Russian space company, says it will begin testing its low Earth orbit satellite internet network, Rassvet, later this year, with commercial service expected in 2027. The company has already launched 16 satellites and plans to expand the constellation as Russia pushes for a domestic alternative to Starlink.

The project comes as satellite internet becomes more than a consumer connectivity tool. In Ukraine, battlefield communications, drones, and jamming-resistant systems have turned orbital networks into strategic infrastructure.

Development timeline for Rassvet

The development was confirmed during a panel discussion at the St. Petersburg Economic Forum by Alexei Shelobkov, CEO of Iks Holding, parent company of Bureau 1440.

Shelobkov said, “The good news is that it is already being ​created. Satellites are already being launched. In ​the coming weeks, we will begin testing, and ⁠as promised, it will start operating commercially in ​2027.”

According to Reuters, in March, the company sent 16 of these LEO satellites into space and plans to increase the number to 900 over the coming years. That, however, is in sharp contrast to Starlink, which has over 10,000 such satellites in orbit.

A quick comparison of the two numbers may appear limited on Russia’s end. Still, it reflects different intended scopes: Rassvet is aimed at domestic coverage, while Starlink operates as a global internet network.

Beyond the push to build a domestic alternative to Starlink, another factor is at play: the war with Ukraine.

Since Russia’s official invasion of Ukraine, battle weaponry between both nations has gradually incorporated advanced digital equipment. Although Starlink remains banned in Russia, a Ukrainian official posted pictures in January of destroyed Russian drones attached to Starlink terminals, noting that the drones may have used Starlink as a guide into Ukrainian territory.

According to a Telegram post by Ukraine’s defense minister, Mykhailo Fedorov, Ukraine contacted SpaceX within hours and proposed ways to resolve the issue.

Also, in March, some Russian military experts linked successful attacks on Russian infrastructure by Ukraine’s AI-powered drones to Starlink’s help, noting that the technology is more resilient to jamming.

Advertisement

Ukraine has also used AI-powered military robots that travel long distances to transport supplies and move injured soldiers in the war, reflecting the role of technology in modern warfare.

With plans set for commercial use, execution at its testing stage will determine how the system performs beyond deployment milestones and whether it can move from a limited set of satellites into sustained service operations.

For now, Rassvet is still closer to a strategic promise than a proven Starlink substitute. Its next test will not be whether Russia can launch more satellites, but whether it can turn a small constellation into a reliable network at a meaningful scale.

Also read: The Pentagon’s proposed $54 billion AI warfare plan would expand funding for drones, autonomous systems, and combat-focused AI.

Joseph Ofonagoro

Joseph is a technical writer with about three years of experience creating clear, practical content across consumer technology, startups, tutorials, and cybersecurity. He is also advancing a career in cyber threat intelligence, driven by a strong interest in the responsible use of technology and its role in protecting people, organizations, and digital systems. His passion for cybersecurity grew out of a broader commitment to helping others understand technology safely and effectively. As an undergraduate at the National Open University of Nigeria, he leads a community of technology enthusiasts, guiding beginners, sharing learning resources, and helping students build confidence as they explore careers in tech. Joseph’s writing combines technical curiosity with an accessible, beginner-friendly style. In addition to his editorial work, he periodically shares cybersecurity case studies and research reports on social media, covering threat trends, security lessons, and practical insights for readers interested in cyber awareness and digital safety.