The restoration of SpaceX services after nearly 10 days of restrictions has highlighted the strategic risks of relying on privately controlled American satellite technology, prompting countries from Europe to Asia to accelerate efforts to develop independent capabilities.
SpaceX’s restoration of Starlink and Starshield services for Ukraine’s military has brought temporary relief to Kyiv, but the nearly 10-day disruption has exposed a significant vulnerability in modern warfare: the dependence of national military operations on satellite infrastructure controlled by a private company outside their borders.
The incident has renewed international concerns about the concentration of power in the hands of technology companies operating critical space-based infrastructure. It has also strengthened calls for countries to develop sovereign satellite communication, navigation and intelligence-gathering capabilities rather than depending entirely on systems controlled by the United States or foreign corporations.
On October 25, Ukrainian President Volodymyr Zelenskyy confirmed that Starlink’s performance had returned to normal.
“The speeds are now where they need to be,” Zelenskyy said, thanking Americans and international partners who had intervened to resolve the situation.
However, the disruption had already affected Ukrainian military operations, particularly frontline communications and efforts to intercept Russian attack drones.
Ukrainian presidential adviser Serhii Beskrestnov said the speed restrictions had resulted in the failure of several military missions. Zelenskyy also repeatedly warned that the disruption was affecting the country’s ability to defend itself against Russian attacks.
“People were killed because [there was] not enough destruction, not enough interceptors, including interceptors with Starlink, which didn’t work, of course,” Zelenskyy said.
The restrictions triggered intense diplomatic engagement involving Ukraine’s European partners, particularly Germany and Poland, which help finance Kyiv’s access to Starlink services. Following days of complaints and lobbying, the services were restored.
Nevertheless, the episode demonstrated how quickly a disruption to a privately controlled satellite network can affect a country’s military capabilities during an active conflict.
The consequences were visible almost immediately in Ukraine’s efforts to reduce its dependence on SpaceX.
On October 22, three days before Zelenskyy’s announcement that Starlink was operating at full speed again, Finnish space technology company ICEYE and telecommunications giant Nokia signed a Letter of Intent with Ukraine’s Ministry of Defense to explore cooperation in space-based communications.
The proposed partnership aims to strengthen Ukraine’s defense capabilities by developing sovereign satellite communication infrastructure.
According to Nokia, the cooperation will explore secure, sovereign and high-performance broadband low Earth orbit (LEO) satellite communication systems for governments.
The proposed systems would support defense operations, border security, emergency services and disaster response.
LEO satellite networks operate through satellites orbiting relatively close to Earth, enabling broadband connectivity with lower latency than traditional geostationary satellite systems. Such networks can provide communications in areas where terrestrial infrastructure has been destroyed, disrupted or is unavailable.
The proposed Ukrainian initiative could eventually provide an alternative to Starlink for military and government communications.
Commenting on the agreement, Zelenskyy emphasized the importance of controlling critical infrastructure.
“Modern warfare has proven that reliable communications are a matter of national security,” he said. “We must all rely on capabilities that we can control.”
Poland is pursuing a similar initiative with ICEYE. Prime Minister Donald Tusk has described the proposed project as a Polish Starlink, arguing that the country needs independent satellite communication capabilities.
“The culmination of the process that began today can and will be a Polish Starlink,” Tusk said.
These initiatives reflect a broader European recognition that relying on a single commercial satellite provider creates strategic vulnerabilities, particularly during conflicts in which communications are essential to military coordination.
EU foreign policy chief Kaja Kallas acknowledged the immediate limitations facing Europe.
“Starlink is really necessary for Ukraine, and unfortunately in the short term Europe can’t replace this capability,” she told reporters.
Her remarks underline the gap between Europe’s ambitions for technological independence and its current dependence on American space infrastructure.
The Starlink controversy has also triggered debate in India, where defense analysts and technology industry leaders have long argued that dependence on foreign-controlled strategic infrastructure creates national security risks.
Sridhar Vembu, founder of Indian multinational software company Zoho Corporation, described the incident as a warning about relying on technology controlled by foreign entities.
“This is why we cannot trust technology from them. We have no option but to build,” Vembu said.
Former Indian Air Force fighter pilot and defense analyst Ajay Ahlawat argued that the disruption exposed a critical vulnerability in Ukraine’s military structure.
He said the incident demonstrated the dangers of depending on a privately controlled satellite system whose operator retains the authority to determine how and where its services are provided.
According to Ahlawat, the availability of satellite connectivity had become a central component of Ukraine’s operational capability, making its disruption particularly damaging.
Several Indian strategic research institutions have also highlighted the implications.
The Observer Research Foundation (ORF) and the Centre for Aerospace Power and Strategic Studies (CAPSS) have published analyses examining the national security risks associated with excessive dependence on Starlink.
Their central argument is that India needs sovereign satellite-based broadband capabilities that it can independently operate and control during military emergencies.
The debate has gained additional relevance because India has yet to establish a Starlink commercial service despite the company’s efforts to enter the country’s telecommunications market.
Earlier in October, SpaceX chief executive Elon Musk complained that “certain oligarchs” were blocking the launch of Starlink services in India.
The controversy illustrates how access to satellite infrastructure can become entangled with domestic regulatory decisions, commercial competition and geopolitical considerations.
Canada has also expressed concern. Prime Minister Mark Carney said he was worried about the potential manipulation of Starlink’s satellite system and its consequences for Ukraine’s ability to defend itself.
He suggested that the controversy reinforced his determination to reduce Canada’s dependence on any single country or technology provider.
China’s BeiDou emerged from a similar military setback
The strategic importance of independent satellite infrastructure is not new. China and India developed their own navigation capabilities partly because of earlier experiences involving restrictions on access to American-controlled GPS technology.
One of the most frequently cited examples dates back to the 1996 Taiwan Strait crisis.
The crisis erupted after Taiwan’s then-president Lee Teng-hui proposed conducting relations on a state-to-state basis, a position Beijing interpreted as a move towards formal independence.
China responded with large-scale military exercises and missile launches in the waters surrounding Taiwan.
During the exercises, the People’s Liberation Army fired three missiles into the East China Sea, including launches near Taiwan’s Keelung military base.
Although the first missile successfully hit its target, the other two reportedly deviated from their intended trajectories, and the PLA lost track of them.
Subsequent Chinese military analysis reportedly suggested that a sudden disruption to GPS signals might have contributed to the failures.
The incident became a significant lesson for Beijing, reinforcing concerns that China could not safely depend on a satellite navigation system controlled by a potential strategic rival.
A retired PLA colonel told Hong Kong-based South China Morning Post in 2009 that the experience had been deeply embarrassing for the Chinese military.
“It was a great shame for the PLA … an unforgettable humiliation. That’s how we made up our mind to develop our own global [satellite] navigation and positioning system, no matter how huge the cost,” he said.
“BeiDou is a must for us. We learned it the hard way,” he added.
China subsequently invested heavily in its BeiDou Navigation Satellite System, developing an independent global navigation infrastructure.
Today, BeiDou provides global positioning, navigation and timing services comparable to those offered by the American GPS system. Its performance is particularly competitive in the Asia-Pacific region, where China has invested in improving regional coverage and accuracy.
The system has become an important component of China’s military and civilian infrastructure, reducing its dependence on foreign navigation services.
India’s Kargil experience accelerated indigenous navigation
India experienced a similar strategic setback during the 1999 Kargil War against Pakistan.
During the conflict, Indian forces faced Pakistani military positions occupying strategically important mountain heights in the Kargil sector of Jammu and Kashmir.
New Delhi sought access to military-grade GPS information from the United States to improve its understanding of the precise locations of Pakistani positions.
Washington denied the request.
At the time, the American GPS system operated under a policy known as Selective Availability, which deliberately degraded the accuracy of civilian positioning signals worldwide.
Civilian users could generally obtain positioning accuracy of approximately 100 metres, while the encrypted Precise Positioning Service offered substantially higher accuracy to the US military and authorized users.
India’s position was further complicated by American sanctions imposed after its 1998 nuclear tests.
The denial exposed the limitations of relying on a foreign-controlled navigation system during a military emergency.
For Indian defense planners, the episode became a bitter lesson about technological dependence and the need to establish independent satellite navigation capabilities.
India subsequently developed the Indian Regional Navigation Satellite System (IRNSS), later branded NavIC.
The project received formal approval in the mid-2000s, with the first satellite launched in 2013. The system became operational around 2018.
NavIC was designed to provide independent positioning, navigation and timing services over India and the surrounding region, reducing the country’s dependence on GPS and other foreign systems.
Although its regional coverage is more limited than the global systems operated by the United States, China and Russia, it represents an important component of India’s strategic autonomy.
France’s Gulf War experience prompted independent intelligence satellites
The need for independent space-based intelligence is another important dimension of the same strategic problem.
During the 1991 Gulf War, France discovered the limitations of depending on American satellite imagery and intelligence capabilities.
French officials reportedly described their country as practically blind without access to US intelligence and satellite imagery.
France had its own commercial Spot satellite system, but its imagery was primarily designed for civilian mapping and environmental applications.
The system’s approximately 10-metre resolution was insufficient for identifying many military details required for strategic intelligence.
The experience encouraged Paris to develop an independent military reconnaissance satellite capability through its Helios programme.
France subsequently launched Helios 1A in 1995 and Helios 1B in 1999, providing its military with independent high-resolution optical imagery.
The satellites significantly strengthened France’s ability to monitor military developments without relying entirely on American intelligence.
Their strategic importance became particularly apparent before the 2003 US-led invasion of Iraq.
Retired French General Bernard Molard later said France’s independent satellite capabilities had helped the country independently assess American and British claims about Iraq’s alleged weapons of mass destruction.
“France didn’t follow other allies into the war in Iraq because we had our own satellite means to verify whether WMD were actually there. We could see they weren’t there, and we didn’t go for it,” Molard said.
The episode demonstrated that independent intelligence infrastructure can influence not only military operations but also major foreign policy decisions.
The experiences of Ukraine, China, India and France reveal a common strategic lesson: satellite infrastructure is no longer simply a commercial or technological asset. It has become an essential component of national security, military effectiveness and political independence.
American dominance in satellite communications, space-based imaging, intelligence collection and early missile warning remains substantial. Although several countries have developed independent navigation and reconnaissance systems, no European network currently matches Starlink’s scale and operational capabilities.
For countries involved in military conflicts or exposed to geopolitical tensions, dependence on foreign-controlled infrastructure creates risks that cannot be addressed solely through commercial agreements.
The Ukraine episode has demonstrated that even when a satellite service is commercially available, its continued operation during a conflict cannot always be guaranteed.
The restoration of Starlink has resolved an immediate operational problem for Kyiv, but it has not eliminated the underlying vulnerability.
For European governments, the priority is now developing alternative satellite communication networks. For India and China, the experience reinforces the importance of maintaining independent navigation and communications infrastructure. For other countries, including Canada, it raises questions about how much strategic control should be surrendered to private technology companies.
