Putin Courts Musk as Russia Pursues Its Own Starlink Rival
Russian President Vladimir Putin said on 29 October 2026 that he and Elon Musk are in "close contact" about Rassvet, Russia's satellite internet project and its answer to Starlink, Musk's satellite service. CNBC
Speaking at the Russia-Africa Summit, Putin praised the SpaceX founder directly: "Elon Musk is a genius, truly a genius." He said Musk already had more than 5,000 satellites in orbit, while Russia was only taking its first steps.
Putin's remarks went beyond Rassvet. He said Russia is in close contact with U.S. partners, including SpaceX, on developing an alternative to Starlink. He also said Russia coordinates with those partners, Musk among them, on satellite activity in low-Earth orbit (LEO), the relatively close band of space used by large satellite constellations, where traffic has to be managed.
Starshield, the military version of the Starlink network, is the service Ukrainian forces rely on. Musk has argued that Ukraine violated Starlink terms of service by using the technology for "offensive drone strikes to kill people." He also wrote that were Starlink to be turned off, the Ukrainian front line would collapse immediately.
In my view, the satellite count Putin chose is the figure that matters most in his framing. Orbital mass is a measurable quantity, and a constellation of several thousand spacecraft cannot be replicated by a national program through announcement alone. The gap he describes is one of deployment cadence, launch capacity and ground infrastructure, and rhetorical warmth does not close it.
The broader context here is that an operator's own terms of service have entered a public argument over combat use. When a commercial network becomes a battlefield dependency, its acceptable-use policy becomes a control point, and the party that writes and enforces that policy holds leverage over the users who rely on it. Musk's remarks make that leverage visible in a way that rarely happens in public.
The same architecture explains both threads. A LEO broadband network relays data between orbiting nodes and ground terminals, with latency and coverage that terrestrial infrastructure such as buried fibre and towers cannot easily match. That capability is what makes both a rival system and a military dependency possible. It also carries the promise the industry has long argued for: connectivity in places that cables and towers do not reach.
The open question is not whether satellite connectivity can serve those places. It is who controls access when it is needed most, and under what terms that control is exercised.
