Russia launched its first operational batch of low-Earth orbit internet satellites in March, marking the beginning of what the Kremlin has boasted is the country's path to digital sovereignty — a homegrown alternative to SpaceX's (NASDAQ: SPACEX) Starlink that would free Russia from dependence on Western communications infrastructure.

Whether it can ever deliver on that ambition is a different question.

On March 23, 2026, a Soyuz-2.1b rocket lifted off from the military Plesetsk Cosmodrome in northern Russia and placed 16 satellites of the Rassvet constellation — the name means "dawn" in Russian — into low Earth orbit.

The satellites, built by the private aerospace company Bureau 1440 and developed under the Rassvet-3 programme, successfully separated from the launch vehicle and were transferred to the company's flight control centre, where they are undergoing system checks before moving into their target operational orbits.

"Launch of the first spacecraft of the target constellation marks the transition from experiments to building a communications service," Bureau 1440 said in a statement. "Dozens more launches and hundreds of satellites will be required to achieve global coverage."

The launch was originally scheduled for the fourth quarter of 2025 but was delayed by approximately three months due to satellite production difficulties. Russia has some world class technology in things like aviation and missiles, but it has a long standing problem with civil technology. While its great at software too (Tetris was a Russian invention) it struggle especially in telecoms and semiconductor tech.

The technology

The Rassvet-3 satellites, each weighing approximately 370 kilograms, are equipped with a communications system based on the 5G NTN (non-terrestrial network) standard, an upgraded power supply system, next-generation inter-satellite laser communication terminals and plasma engines. The constellation is designed to operate at an altitude of around 800 kilometres — higher than typical Starlink satellites but below the orbital range of OneWeb.

The laser inter-satellite links are among the most technically significant features. Bureau 1440 previously conducted 14 laser communication experiments over distances of 30 to 220 kilometres during prototype testing, transmitting a total of 1.5 terabytes of data, with 450 gigabytes transferred in a single session without loss.

The design specification targets 1 Gbps speeds and low latency — performance that would, if achieved at scale, represent a genuine competitive capability.

"On July 1, 2023, we conducted our first communication session with the first three satellites developed by Bureau 1440 for the Rassvet-1 mission and saw our 'space internet,'" Bureau 1440 said. "The data transfer rate to the device at that time was 10 Mbps, and the latency was 41 ms." The gap between that 2023 test figure and the 1 Gbps target illustrates the distance still to be travelled.

The scale problem

The scale of what Russia is attempting — and how far it has to go — is illustrated with brutal clarity by a single comparison. SpaceX's Starlink network has deployed more than 10,000 satellites in low Earth orbit since its first operational launches in 2019. Russia is starting with 16.

Roscosmos chief Dmitry Bakanov has previously stated that more than 900 low-orbit satellites are scheduled to go into space by 2035. Commercial operations involving over 250 satellites are expected to begin sometime in 2027.

That timetable requires approximately 15 additional Soyuz launches in the near term, each carrying 16 satellites — a demanding manifest for a launch infrastructure that is simultaneously supporting military operations and commercial commitments.

The Russian government has earmarked RUB102.8bn ($1.36bn) for the development of Rassvet as part of the national Data Economy Initiative. Bureau 1440 plans to invest an additional RUB329bn, equivalent to around $4.36bn, of its own funds through 2030.

Total committed investment of approximately $5.7bn compares with SpaceX's cumulative investment in Starlink, which analysts estimate at over $10bn and rising.

Space analyst Vitaly Egorov noted that while the project was initially conceived for civilian use — providing connectivity for airlines and rail networks — its strategic value has shifted significantly. Replacing Starlink for military purposes, he said, would require significantly more launches as well as the development and mass production of affordable ground terminals.

"The economic challenge posed by a state constellation of 900 satellites — if indeed it reaches that number — that has only begun launching in 2026, is likely out of the question" as genuine competition for Starlink, according to one industry analysis.

The military dimension

The launch has attracted close scrutiny from Ukrainian military analysts — and not because of its civilian internet ambitions. Analysis published by Militarnyi tracked three fully operational prototype satellites and observed them passing directly over Ukrainian territory two to three times per day, with each pass creating a communication window lasting approximately 15 to 20 minutes. Even with just 16 operational satellites, analysts estimated the constellation could provide communication windows totalling several hours per day.

"This underscores the need for immediate countermeasures without waiting for full deployment, as initial use cases may begin well before the system is fully operational," the analysis concluded.

The system operates in the Ka and Ku frequency bands, which are more resistant to electronic warfare interference and more difficult to detect with standard electronic intelligence systems. Experts noted that elements of the system's design may draw on technologies associated with OneWeb satellites that remained in Russia following the start of the full-scale invasion in 2022.

The military relevance is not hypothetical. Russian forces previously relied heavily on Starlink terminals — obtained through third-party supply chains — for battlefield communications and drone operations. Following technical restrictions implemented by SpaceX in coordination with Ukraine, which disabled a significant portion of those terminals by limiting access to registered users, the pressure on Moscow to develop a domestic alternative became acute. Ukraine's Defence Ministry adviser Serhiy Beskrestnov described the original Starlink restrictions as creating a "catastrophe" for Russian forces.

The context: digital sovereignty under pressure

The Rassvet launch is unfolding against a backdrop of deepening tensions around Russia's domestic internet infrastructure. Throughout March, mobile internet went completely dark every day in parts of central Moscow, St Petersburg and other major cities as the Kremlin pursued an intensifying crackdown on VPNs, Telegram and other communication tools ahead of September's parliamentary elections.

The internet outages have contributed to a significant fall in Putin's approval ratings, with VTsIOM data showing a seven-week consecutive decline to 65.6% — the lowest level since the invasion of Ukraine.

The irony of launching a digital sovereignty satellite constellation while simultaneously throttling domestic internet access has not been lost on Russian commentators. Roscosmos chief Bakanov stated that Rassvet was intended to equip Russia — and eventually its allies — with alternatives to Western satellite networks.

The military and geopolitical logic is clear. Whether the industrial capacity exists to execute it at the required scale, against a competitor that launched its 10,000th satellite while Russia was still preparing its first 16, is the question the coming years will answer.