Russian President Vladimir Putin has praised Elon Musk as a “real genius” while Russia accelerates its efforts to develop Rassvet, a satellite internet network intended to compete with SpaceX’s Starlink. Putin’s remarks come at a time when restrictions on Starlink connectivity have reportedly disrupted some Ukrainian military operations, bringing renewed attention to the strategic importance of satellite communications in modern warfare.

The development highlights two important trends in the ongoing Russia-Ukraine conflict. First, commercial satellite internet has become an important part of military communications and battlefield operations. Second, governments increasingly recognise that depending on privately operated technology can create strategic vulnerabilities, particularly during an armed conflict.

Starlink, operated by Elon Musk’s SpaceX, has played a significant role in Ukraine since Russia launched its full-scale invasion in February 2022. The satellite network has helped maintain communications in areas where conventional infrastructure has been damaged or disrupted. It has also supported frontline communications, drone operations and air defence activities.

However, the restrictions reportedly imposed on Starlink use in October have demonstrated how access to a privately controlled communications network can influence military operations. Against this background, Russia is working to establish its own satellite internet capability through Rassvet, a project operated by Bureau 1440.

Putin’s praise of Musk is particularly notable because Russia is attempting to develop a domestic alternative to a network that has become strategically important in the Ukraine war. Although Russia has begun launching satellites for Rassvet, the project remains considerably smaller than Starlink’s existing constellation. Moscow now faces the challenge of expanding its satellite network, building the necessary ground infrastructure and delivering reliable connectivity at scale.

Putin calls Elon Musk a real genius

Vladimir Putin praised Elon Musk while discussing Russia’s plans to develop its own satellite internet network. According to reports, the Russian president described the SpaceX chief as a “genius, a true genius”, acknowledging his technological achievements as Russia attempts to build a competing system.

Putin’s comments reflect recognition of the technological progress made by SpaceX in developing and operating a large-scale satellite communications network. Starlink has established a substantial presence in low-Earth orbit and provides internet connectivity through a constellation of satellites linked to user terminals and ground infrastructure.

For Russia, developing a comparable system is an ambitious undertaking. The country must build the technological capabilities required to manufacture satellites, launch them into orbit, manage their operations and provide reliable broadband services to users. These requirements involve substantial investment, engineering expertise and long-term operational planning.

Putin acknowledged that Russia was only taking its first steps towards establishing a domestic satellite network. At the same time, he expressed pride in the country's decision to begin developing the technology independently.

The Russian president also highlighted the importance of maintaining contact with American partners, including Musk, to ensure that satellite systems do not interfere with one another in orbit. Satellite operators must coordinate aspects of their operations to reduce the risk of interference and support the safe functioning of their respective networks.

The comments are notable given the broader political tensions between Russia and the United States. Despite these tensions, satellite communications remain an area in which technical coordination can be important because multiple operators use the same general orbital environment.

Putin's praise does not change the competitive nature of Russia's plans. Moscow is seeking to develop a network that can reduce its dependence on foreign technology and support its domestic communications requirements. Musk's achievements provide a reference point for the scale of the challenge Russia faces.

Why Starlink restrictions have become important for Ukraine

Starlink has become an important communications tool for Ukraine during the war with Russia. Conventional communications infrastructure can be damaged during military operations, leaving forces and communities dependent on alternative systems to remain connected.

Satellite internet helps bridge some of these connectivity gaps. Because it relies on satellites rather than only terrestrial cables and mobile towers, Starlink can provide access in locations where traditional networks are unavailable, damaged or difficult to restore.

In Ukraine, the network has supported military communications, drone operations and air defence activities. Its role has extended beyond ordinary internet access, making the service relevant to the country's ability to coordinate certain operations on the battlefield.

Restrictions on Starlink use in October reportedly caused connectivity problems for Ukrainian forces. Reports indicated that the disruption affected drone attacks and efforts to intercept Russian attack drones. Some operations were reportedly cancelled as Ukrainian units experienced difficulties maintaining the required connectivity.

These developments highlighted the risks associated with relying on a commercial communications network that is operated by a private company and subject to its terms of service.

The issue is especially significant because satellite internet can have both civilian and military applications. The same underlying technology that provides connectivity to businesses, households and emergency services can also support communications in conflict zones. This creates difficult questions about acceptable use, responsibility and the limits of a private company's role during a war.

For Ukraine, the availability of Starlink has been strategically important. Any disruption can affect the communications arrangements that users have built around the service. The impact will depend on which terminals and operations are affected, how long restrictions remain in place and whether alternative communication systems are available.

The October episode therefore demonstrated that access to commercial satellite internet can have consequences beyond the telecommunications industry. It can influence operational planning, military coordination and a country's dependence on external technology providers.

Why Elon Musk imposed restrictions on Starlink use

Elon Musk said SpaceX had enforced its terms of service after the company determined that the rules had been bypassed. His comments followed reports of restrictions affecting Starlink connectivity in Ukraine.

Musk argued that Starlink is a civilian commercial service and should not be used for offensive drone strikes intended to kill people. He also said that a loophole had been closed the previous week.

The dispute centres on the permitted use of a satellite internet service that has acquired a military role during the war. Starlink was developed as a commercial connectivity system, but its ability to provide internet access in areas with damaged or limited infrastructure has made it useful to Ukrainian forces.

Musk's statements indicated that SpaceX was seeking to enforce its usage rules. However, the broader question of who determines the availability of a technology used in a conflict remains complicated.

The company operates Starlink, while governments and military organisations may have their own requirements and agreements relating to satellite connectivity. Musk had previously said that decisions about restrictions on the speed or use of Starshield, Starlink's military-focused counterpart, were made by the US military and ultimately the US president.

Neither Musk nor the US government initially accepted responsibility for imposing the specific restrictions described in reports about the October disruption. This uncertainty added to questions about the decision-making arrangements governing satellite connectivity in Ukraine.

For countries that rely on commercial services for military purposes, the episode illustrates the importance of understanding the contractual, technical and political conditions that determine access. Even when a network is widely available, its continued use can depend on the operator's rules and decisions.

The situation also raises questions about the relationship between private technology companies and governments during armed conflicts. Companies may face pressure to support national security objectives while also enforcing their own policies and managing the legal and operational risks associated with their services.

Ukraine responds to the Starlink disruption

Ukrainian President Volodymyr Zelensky criticised restrictions on Kyiv's access to Starlink, which Ukraine uses to support communications and help defend against Russian missile and drone attacks.

For Ukraine, reliable connectivity is important because military operations often require communication between personnel, equipment and command structures. Where conventional networks have been damaged, satellite systems can provide an alternative means of maintaining contact.

The reported restrictions therefore created concerns about the reliability of a service that had become central to some Ukrainian operations. The disruption was not simply a question of internet speed or ordinary consumer access. It reportedly affected military activities that depend on consistent connectivity.

Ukraine said on October 24 that Starlink and Starshield operations had been restored, with connectivity speeds returning to the required levels. The restoration suggested that the immediate disruption had been addressed, although it did not eliminate the broader questions surrounding reliance on external satellite infrastructure.

The Wall Street Journal reported that US President Donald Trump had spoken to Musk and asked him to remove the restrictions. The reported intervention underscored the political significance of the issue and the interest of government leaders in maintaining Ukraine's access to satellite communications.

The episode also demonstrates how quickly technological decisions can become part of international diplomacy. Satellite internet is provided through complex commercial and technical arrangements, but its use in a war means that access decisions can attract attention from governments, military officials and political leaders.

For Ukraine, the experience may reinforce the need to maintain dependable communications and consider how alternative systems could support operations if access to one network becomes limited. Such alternatives can be difficult to establish, particularly when a satellite network has already been integrated into existing equipment and operating procedures.

The restoration of connectivity addressed the immediate problem described in the reports. However, the underlying dependence on commercial satellite technology remains an important strategic consideration.

Russia develops Rassvet as a Starlink rival

Russia is developing Rassvet, a low-Earth-orbit broadband satellite constellation operated by Bureau 1440. The project is intended to provide satellite internet connectivity and reduce Russia's dependence on foreign technology.

The initiative reflects Moscow's recognition that satellite communications can be important for economic development, communications infrastructure and national security. A domestic network could give Russia greater control over a critical technology and reduce the risks associated with relying on external providers.

Russian officials said the country had launched more than 30 satellites as part of its effort to develop the network. Bureau 1440 launched its first 16 production satellites in March and a second batch in July.

These launches represent progress towards establishing a larger constellation, but launching satellites is only one part of building a functioning satellite internet service. The project must also develop the supporting infrastructure needed to connect satellites with users and manage data traffic reliably.

A large satellite network requires coordination between satellites, ground stations, network management systems and user terminals. Operators must maintain connectivity as satellites move around the Earth and ensure that users can access the service with acceptable performance.

Russia's plans for Rassvet therefore involve a wider technological and commercial challenge. The network must grow sufficiently to offer meaningful coverage and capacity, while its ground infrastructure and operational systems must be able to support customers consistently.

The project also aims to reduce reliance on foreign technology. In a geopolitical environment where access to international services can be affected by political decisions, developing domestic capabilities can be an important national objective.

However, achieving independence in satellite communications is a complex process. Russia will need to expand its constellation, improve its operational capacity and establish a service that can meet users' connectivity requirements. The project's long-term success will depend on its ability to turn satellite launches into a reliable, scalable communications network.

Russia targets commercial services next year

Rassvet is targeting the start of commercial services next year. The project also aims to deploy more than 900 satellites by 2035, reflecting an ambitious long-term expansion plan.

The proposed constellation would be substantially larger than the network Russia has launched so far. Increasing the number of satellites could help the system expand its coverage and capacity, depending on the final configuration and operational performance of the network.

Commercial availability would represent an important milestone because it would move the project beyond satellite deployment towards providing a service to actual users. The network would need to support the practical requirements of customers, including reliable connections and adequate performance.

The planned expansion also highlights the difference between developing a satellite technology demonstration and operating a large broadband constellation. A limited number of satellites can demonstrate technical progress, but a broader service requires a much larger network and supporting infrastructure.

Russia's target of more than 900 satellites by 2035 indicates the scale of its ambition. However, the target remains a future objective, and achieving it will require sustained investment, manufacturing capacity and launch operations.

The commercial rollout will also need to address the needs of different users. Satellite internet can be useful in areas where terrestrial networks are difficult or expensive to deploy. It can also provide an alternative connection when traditional infrastructure is disrupted.

For Rassvet to become a credible competitor, Russia must demonstrate that its service can operate reliably and deliver meaningful value to customers. The number of satellites alone will not determine the network's success. Coverage, capacity, reliability, equipment availability and the cost of service will also matter.

The project is therefore a long-term effort rather than an immediate replacement for Starlink. Russia has started building its network, but a substantial gap remains between its current capabilities and those of the established system.

How Rassvet compares with Starlink

Starlink operates a constellation consisting of thousands of satellites, giving it a significant head start over Russia's developing Rassvet network.

The scale of Starlink's constellation is important because satellite internet performance depends on more than the existence of satellites in orbit. A network needs sufficient capacity and coverage to support users across its intended service areas. It also requires ground infrastructure, user equipment and operational systems capable of maintaining connections.

Rassvet remains at an earlier stage of development. Although Russian officials have reported launching more than 30 satellites, the project's current capacity is far below that of Starlink.

The difference highlights the technological and operational challenge facing Russia. Building a rival requires the country to expand its satellite fleet while also developing the systems needed to operate a broadband network at scale.

Starlink's established infrastructure gives it a substantial advantage in terms of network size and operating experience. Russia's project must progress from initial deployments towards a larger constellation capable of delivering commercial connectivity.

The comparison also shows why satellite network development takes time. Satellites must be manufactured, launched and integrated into the wider system. Operators must ensure that the network functions as a coordinated service rather than a collection of individual spacecraft.

Ground infrastructure is another important consideration. Satellites need to connect with wider communications networks, while users need equipment capable of communicating with the constellation. Network management systems must handle traffic and maintain service as satellites move through their orbits.

Even after a larger constellation has been deployed, an operator must demonstrate that its service can meet practical connectivity requirements. Commercial success will depend on whether users can access the network reliably and whether the service can support the intended range of applications.

Rassvet's planned expansion suggests that Russia intends to address these challenges over the coming years. However, the gap between the two networks remains substantial, and the Russian project will need continued development before it can match Starlink's existing scale.

Why satellite internet matters in the Russia-Ukraine war

The war in Ukraine has demonstrated that satellite internet can become an important part of a country's communications infrastructure during a conflict.

Conventional telecommunications networks depend on physical infrastructure such as cables, towers and local network facilities. These systems can be damaged during military operations, leaving users without dependable connectivity. Satellite internet offers another means of maintaining communications, particularly where terrestrial infrastructure is unavailable or disrupted.

Starlink has helped Ukraine maintain connectivity in areas affected by the war. Its use in frontline communications and drone operations has given the service significance beyond its ordinary commercial purpose.

Communications are important to military coordination because personnel and equipment often need to exchange information quickly. Disruptions can complicate planning and affect activities that depend on continuous access to a network.

The reported Starlink restrictions illustrated how access to a commercial system can affect these operations. The issue was not simply whether Ukraine had access to the internet in general, but whether specific equipment and operations could continue using a network on which they had come to rely.

Russia's development of Rassvet reflects a similar recognition of the strategic value of satellite communications. A domestic network could support national connectivity needs while reducing reliance on foreign providers.

The military significance of satellite internet also creates challenges for companies that operate these systems. They must consider their service policies, the uses of their technology and the consequences of decisions affecting customers in conflict zones.

For governments, the issue is one of technological resilience. Dependence on a single provider can create vulnerabilities if access changes because of commercial rules, technical problems or political decisions. Developing domestic capabilities or maintaining alternative communications arrangements can help reduce some of these risks.

Satellite internet is therefore increasingly relevant to national security planning. Its value comes not only from providing broadband access but also from maintaining communications when other systems are damaged or unavailable.

The geopolitical importance of commercial satellite networks

The Starlink episode highlights the growing influence of private technology companies in areas traditionally associated with governments and national infrastructure.

SpaceX operates Starlink as a commercial satellite internet service, but the network has become important to Ukraine's military communications. This creates a situation in which decisions made by a private company can have consequences for a country's battlefield capabilities.

Such a role raises questions about control, responsibility and accountability. Governments may depend on commercial services to meet urgent needs, while companies must determine how their products can be used and under what conditions.

The situation is especially complex when a service has both civilian and military applications. A network designed to connect users to the internet can also support communications in conflict zones. Its operator may need to consider whether particular uses comply with the company's policies and what restrictions are appropriate.

Musk's comments about offensive drone strikes illustrate this tension. He argued that using a civilian commercial service for offensive strikes was not permitted. Ukraine, meanwhile, has relied on Starlink for communications and defence-related activities.

The debate shows that the practical role of a technology can evolve beyond its original commercial purpose. Once a network becomes embedded in military operations, decisions about access can attract international attention and influence strategic planning.

Putin's praise of Musk also demonstrates that technological achievement can be recognised even when countries are geopolitical competitors. Russia's interest in developing Rassvet is partly driven by the importance of controlling its own satellite communications capability.

A domestic network could give Russia more control over its connectivity infrastructure, although it would still face the technical challenges involved in building and operating a large constellation. The effort reflects a broader recognition that advanced communications systems can have implications for national security.

Why Russia wants to reduce dependence on foreign technology

Russia's Rassvet project is designed to provide a domestic satellite internet alternative and reduce dependence on foreign technology.

Reliance on external providers can create risks when access to services depends on decisions made outside a country's control. Those risks can become more significant during international disputes or armed conflicts, when communications may be important to national security.

A domestically operated network could provide Russia with greater control over how its satellite internet infrastructure is developed and managed. It could also help establish local technological capabilities in satellite manufacturing, launch operations and network management.

However, reducing dependence on foreign technology requires more than establishing a project and launching an initial group of satellites. Russia must create a complete system that can deliver reliable connectivity to users over time.

The country will need sufficient satellite capacity, dependable ground infrastructure and appropriate user equipment. It must also maintain the network and expand it as demand grows.

The target of more than 900 satellites by 2035 indicates the scale of the planned investment and development effort. Reaching that goal would require continued manufacturing and launch activity, as well as the technical ability to operate a large constellation.

The commercial launch planned for next year will be an important test of the project's progress. It will help determine whether Rassvet can move from early deployments towards a practical service that customers can use.

Even if Russia establishes a functioning domestic service, matching Starlink's existing network will remain a significant challenge. Starlink already operates thousands of satellites, while Rassvet is still expanding its constellation.

Russia's strategy is therefore focused on building capability over time. The objective is not simply to launch satellites but to develop a reliable alternative that can support connectivity needs and reduce the country's exposure to external technology decisions.

What the developments mean for Ukraine

For Ukraine, the reported Starlink disruption has underscored the importance of dependable communications during wartime.

The network has supported military communications and activities involving drones and air defence. When connectivity is interrupted, units that rely on the service may need to adjust their operations or use alternative arrangements where available.

The reported disruption in October showed that restrictions on a commercial network can affect military planning. Some Ukrainian operations were reportedly cancelled amid connectivity problems, although the extent of the impact depends on the specific systems and activities involved.

The subsequent restoration of Starlink and Starshield operations, announced by Ukraine on October 24, returned connectivity speeds to the required levels, according to the report. Nevertheless, the episode exposed a broader issue: a military capability can be affected by decisions made by a technology provider outside the country using the service.

For Ukraine, maintaining access to satellite communications is therefore an important operational consideration. The country must also account for the possibility that individual services could experience disruptions, whether due to technical issues, usage restrictions or other decisions.

The incident may encourage greater attention to communications resilience. Alternative systems, multiple connectivity options and clear arrangements with providers can help reduce dependence on any single network. However, establishing alternatives requires time, resources and technical integration.

The broader lesson is that modern military operations depend on a combination of physical equipment, software, communications networks and service providers. A weakness in any one part of this system can create challenges for the wider operation.

Ukraine's experience demonstrates the importance of assessing communications not only in terms of availability but also in terms of who controls the network and what conditions govern its use.

What lies ahead for Rassvet and Starlink

The next stage of the competition will depend on whether Russia can translate its satellite launches into a reliable commercial network.

Rassvet is targeting commercial services next year and aims to deploy more than 900 satellites by 2035. These plans show that Moscow intends to pursue the project over an extended period rather than treating it as a short-term initiative.

The immediate challenge will be to build a service that works reliably with the satellites already deployed and the infrastructure available on the ground. As the constellation expands, the project will need to maintain performance and support an increasing number of users.

Starlink, meanwhile, has an established network consisting of thousands of satellites. Its experience and scale give it a significant advantage, although the October restrictions demonstrate that technological capability and uninterrupted access are separate issues.

A network can be technically advanced and widely deployed while still being subject to service rules and operational decisions. For customers who rely on connectivity for critical activities, understanding these conditions is important.

The Russia-Ukraine conflict has made this distinction particularly visible. Starlink's role in Ukraine demonstrates the operational value of satellite internet, while the development of Rassvet shows why governments may seek greater control over their communications infrastructure.

Putin's praise of Musk comes against this background. The Russian president has acknowledged Musk's technological achievements at the same time that Russia is trying to reduce the gap between its own capabilities and those of Starlink.

Ultimately, the competition will be determined by more than statements or satellite launch announcements. Russia will need to expand its constellation, establish reliable ground infrastructure and demonstrate that Rassvet can provide consistent service at scale.

The wider significance extends beyond Russia and Ukraine. Satellite internet is becoming an increasingly important component of global communications, particularly in remote areas and situations where conventional infrastructure is disrupted. As these networks become more important, questions about ownership, access, security and government influence are likely to receive greater attention.

Conclusion: Satellite internet becomes a strategic asset

Putin's description of Elon Musk as a “real genius” highlights the technological achievement behind Starlink at a time when Russia is working to establish its own satellite internet network.

The reported restrictions on Starlink in Ukraine showed how access to commercial satellite communications can affect military operations. Ukraine's reliance on the service for communications, drone operations and air defence has made the network strategically important, while the October disruption raised questions about dependence on a privately controlled system.

Russia's Rassvet project represents an effort to reduce that dependence on foreign technology. Operated by Bureau 1440, the network has begun deploying satellites and is targeting commercial services next year. Its longer-term ambition is to deploy more than 900 satellites by 2035.

However, Rassvet remains far smaller than Starlink, which operates thousands of satellites. Russia must expand its constellation and establish the infrastructure required to provide reliable broadband connectivity before it can become a significant competitor.

The developments underline a wider shift in the role of satellite internet. These networks are no longer viewed only as commercial tools for providing connectivity. They can also support critical communications, national security and military operations.

For Ukraine, the episode has highlighted the risks of depending heavily on one satellite provider. For Russia, it has strengthened the case for developing domestic capabilities. For the wider world, it demonstrates that the control of commercial space technology can have geopolitical consequences.

As Russia advances Rassvet and Starlink continues to play a role in Ukraine, satellite internet will remain an important part of the debate over technology, national security and the future of modern warfare.