Putin Hails Elon Musk as a 'Genius' as Russia Builds Its Own Starlink Rival

Putin made the remarks while reviewing a presentation by Digital Development Minister Maksut Shadayev. During the presentation, Shadayev reported that Russia had launched more than 30 satellites. He noted these launches are part of building a domestic Starlink equivalent.

"Just a second, I want to point out this is just our first step. Elon Musk is a genius, he's just a real genius," Putin stated during the summit in Moscow.

He attended the event alongside a delegation of African leaders.

"Over 5,000—while we are only taking our first steps. But we are proud that we have begun to do this, and started to do it independently."

Putin added that Moscow remains in contact with foreign partners regarding space operations.

"We are in close contact with our American partners—including Mr Musk—because it is very important, in orbit, not to get in each other's way and to maintain a certain level of discipline and order," he said.

Moscow's development schedule follows an operational disruption in mid-October.

At that time, SpaceX restricted access to its military satellite variant, Starshield, across Ukraine.

The ten-day speed restriction affected Ukrainian anti-drone air defences. It also led to the suspension of medium-range drone operations along the front lines.

Musk subsequently stated that the measures were implemented to close a terms-of-service loophole. This loophole had enabled civilian Starlink terminals to be utilized for offensive military tasks.

The event demonstrated how operational policies of commercial satellite providers directly affect battlefield communications. It also highlighted their immediate impact on military capabilities.

The reliance on space systems has become a central element of contemporary armed conflict.

When full-scale hostility commenced in early 2022, traditional ground-based telecommunications infrastructure was targeted across Ukraine. Fiber-optic lines, microwave relays, and cellular towers were damaged or disrupted within the initial weeks of military operations.

In response, low-Earth orbit connectivity emerged as a key requirement. It became essential for maintaining situational awareness, coordinating tactical formations, and supporting civilian government operations.

Traditional geostationary communications satellites operate at altitudes exceeding 35,000 kilometers. By contrast, low-Earth orbit constellations operate between 300 and 1,500 kilometers above the Earth. This lower altitude reduces signal travel time from several hundred milliseconds to under twenty milliseconds.

The resulting signal speed enables continuous data transmission. It supports direct video feeds from reconnaissance platforms and enables target coordination between field units and command posts.

For several years, SpaceX served as the primary provider of low-latency orbital connectivity within active combat operations.

Starlink terminals became standard equipment for tactical units. They functioned as telecommunications support for artillery coordination systems, counter-battery radar integration, and remote uncrewed vehicle piloting.

However, reliance on commercial telecommunications introduced operational variables outside state military command structures.

The recent Starshield restrictions indicated that service policy enforcement can alter tactical capabilities. Terms-of-service modifications can also produce these changes independently of military decision-making.

Moscow’s Race for Skies

Technical cutoffs in early 2026 served as a catalyst for Moscow's current program.

During that period, Ukrainian authorities and SpaceX acted to disconnect unauthorized Russian Starlink terminals operating in occupied areas.

These terminals had been acquired through third-country trade intermediaries.

Russian forces used them to bridge gaps in field communications. Once those access channels were disabled, Russian frontline formations lost high-speed battlefield connectivity. This exposed operational limitations in existing military radio networks.

Following those measures, the Kremlin prioritized the development of a state-controlled low-Earth orbit constellation. The system is designed specifically for military command, control, and targeting functions.

Project Rassvet is managed by Bureau 1440.

This company is an aerospace engineering subsidiary of the IT conglomerate ICS Holding. The project receives administrative and launch infrastructure support from the state space agency Roscosmos, directed by Dmitry Bakanov. It also receives capital backing from VTB Bank.

According to Ukrainian military intelligence assessments, the network is planned to scale up gradually.

It will expand from its current deployment of roughly 30 operational units to 292 satellites by 2027.

The long-term target is 924 satellites in orbit by 2035.

Broad commercial broadband service remains a long-term objective. However, military applications are scheduled for earlier operational testing. Presidential defense technology advisor Serhii Beskrestnov reported on the progress. He stated that targeted satellite coverage over Ukraine could become functional within six months.

Initial deployment phases focus on establishing localized orbital coverage windows. These operational windows aim to provide necessary data bandwidth. The system will coordinate drone flights, automate missile trajectory adjustments, and establish jam-resistant links between field headquarters and regional command posts.

The transition from high-altitude geostationary satellites to low-Earth orbit constellations represents a modification of Russian military space planning. Traditionally, Russian military communications relied on heavy geostationary platforms and high-elliptical satellite networks. These included the Express and Meridian series.

These older platforms offer wide coverage areas. However, they operate with limited bandwidth, higher latency, and centralized ground infrastructure.

Furthermore, geostationary systems require fixed ground receiver stations. These stations are detectable by electronic intelligence platforms and vulnerable to long-range strike systems.

By contrast, low-Earth orbit networks rely on distributed satellites. They use portable user terminals that can be relocated easily by field units.

Russian military planners evaluated these operational differences. They concluded that deploying a distributed low-Earth orbit architecture was necessary to support networked warfare platforms. These platforms include autonomous uncrewed surface vessels and loitering munitions.

The Kremlin’s Unsanctioned Supply Chain

Moscow relies on foreign technology suppliers to meet its deployment schedule. These partnerships complement domestic production and help navigate Western export controls.

Chinese aerospace manufacturing plays a direct role in this process.

Shanghai Spacecom Satellite Technology supplies component technology and manufacturing assistance. It also provides access to specialized production facilities for the constellation.

This industrial structure forms part of a broader technical cooperation network. The network involves Russia, China, Iran, and North Korea. It draws on component manufacturing capabilities from China, uncrewed aerial vehicle designs from Iran, and industrial material supply chains linked with North Korea.

Ukrainian intelligence has catalogued 49 corporate entities participating directly in the Rassvet project. This list encompasses microelectronics fabricators, solar panel suppliers, and specialized software developers.

According to these records, 23 of these enterprises are not currently subject to Western international sanctions frameworks.

The unsanctioned list includes specific Roscosmos subsidiaries, research institutions, and microelectronics manufacturers.

As a result, dual-use aerospace components enter Russian defense supply chains without regulatory blockage. Printed circuit boards and processing modules continue to arrive alongside Western trade restrictions on the Russian financial sector.

The presence of unsanctioned suppliers indicates ongoing challenges in tracking dual-use technology supply chains. Low-Earth orbit satellites utilize commercial off-the-shelf components. These include microcontrollers, radio-frequency amplifiers, and power management units produced for civilian telecommunications markets.

These items are manufactured in high volumes across multiple Asian and European jurisdictions.

Consequently, preventing their supply through secondary distributors to contractors like Bureau 1440 remains a regulatory hurdle.

The involvement of foreign partners also provides alternative launch options for the Rassvet constellation.

Domestic launches utilize Roscosmos infrastructure, including the Vostochny and Plesetsk cosmodromes. However, production constraints in domestic rocket engines and satellite bus fabrication have influenced launch schedules.

Cooperation with external manufacturers allows Bureau 1440 to source external components. This cooperation supports assembly lines for ground gateway stations, user terminals, and orbital payloads.

Winter Fires and High-Stakes Diplomacy

The development of satellite networks coincides with ongoing military strikes and infrastructure damage. Ukraine has sustained over 100 ballistic missile strikes targeting its electrical grid and generation facilities since mid-October.

These attacks have impacted energy infrastructure, municipal heating grids, and industrial capacity. Meanwhile, ground operations remain concentrated along defense lines in the east.

The targeted strikes on energy infrastructure affect power generation capacity ahead of winter conditions. Ballistic missile strikes have targeted transformer substations, thermal power plants, and hydroelectric facilities. These strikes have resulted in scheduled blackouts across major urban centers, including Kyiv and surrounding oblasts.

Power disruptions place additional operational demands on terrestrial telecommunications networks. This situation increases reliance on satellite-backed emergency communications for civic administration and emergency services.

In response, international partners have announced additional financial and defense packages.

In the United Kingdom, Chancellor John Healey announced a three-year, £10bn funding framework for Ukraine within the annual budget. This framework includes an immediate £500m allocation dedicated to air defense systems.

"You've made my day," Ukrainian President Volodymyr Zelenskyy told UK leadership during a phone call confirming the funding commitments.

Simultaneously, Dutch Prime Minister Rob Jetten confirmed a €500m military assistance package during a meeting in The Hague. He also announced €1.2bn designated for energy grid repairs and industrial reconstruction.

These financial commitments form part of broader Western assistance aimed at supporting Ukrainian defensive infrastructure.

Air defense allocations are specifically designated to secure critical infrastructure nodes. They provide interceptor missiles and radar systems to counter ballistic missiles and loitering munitions.

Concurrently, non-military reconstruction aid focuses on energy infrastructure resilience. It supplies portable generators, modular heating plants, and power grid components.

These commitments precede scheduled diplomatic engagements. Ukrainian officials are awaiting confirmation from Washington regarding technical-level trilateral talks. The proposed meetings would involve Ukraine, the United States, and Russia, tentatively set for November 6 to 10 in Abu Dhabi.

"We are waiting for the American side. I think that they'll be ready with all the answers after the elections," Zelenskyy stated at a joint press conference in The Hague.

These discussions are planned following the US midterm elections. They are structured to address operational security, energy infrastructure resilience, and satellite communications policy.

The proposed Abu Dhabi framework represents an effort to discuss operational parameters alongside changes in space and ground capabilities. Key discussion topics include potential localized ceasefires around energy and maritime infrastructure. The agenda also includes structured prisoner exchanges and technical protocols regarding space communications.

As state actors expand independent satellite capabilities, strategic competition will continue.