A classified intelligence assessment reportedly prepared under the leadership of R&AW Chief Parag Jain has raised a fundamental question for India’s national security establishment: Can a nation aspiring to be a global power afford to depend on foreign-controlled satellite communication networks during a war?
The question is no longer hypothetical.
Lessons emerging from the Russia-Ukraine conflict have transformed military thinking across the world. What began as a conventional war quickly evolved into a showcase of how satellite communications, artificial intelligence and drone technology can redefine the battlefield.
At the centre of this transformation has been Starlink, the satellite internet network operated by Elon Musk’s SpaceX.
According to publicly available estimates, Starlink today operates more than 7,500 active satellites in low-Earth orbit, making it the world’s largest satellite constellation. The network serves millions of users globally and has demonstrated an unprecedented ability to provide internet connectivity even in conflict zones.
For Ukraine, Starlink became a strategic asset. Ukrainian forces reportedly used Starlink-enabled communications to coordinate military operations, maintain battlefield awareness and support drone missions. The conflict demonstrated that satellite internet is no longer merely a civilian communication service – it is now a military force multiplier.
But India’s intelligence community appears to be asking a different question.
What happens when a nation’s critical military communications depend on infrastructure it does not own?
The concern highlighted in the intelligence assessment is not primarily technological. It is strategic.
Military planners have long understood that communication networks are among the first targets during conflict. In modern warfare, the side that controls information often gains a decisive advantage. Drones, missile systems, intelligence platforms and command centres all rely on uninterrupted communications.
A disruption of even a few hours can alter the outcome of military operations.
This is where dependence on foreign-owned satellite networks becomes a concern.
Unlike conventional military communication systems, commercial satellite constellations remain under the control of private operators and the jurisdictions in which they operate. Service availability, access policies and operational decisions can ultimately be influenced by factors outside India’s control.
The intelligence assessment reportedly identifies this as a ‘foreign dependency risk’ – a scenario in which strategic communications become vulnerable to external decision-making.
The concern is not theoretical.
Globally, governments have become increasingly aware that technology infrastructure can become a geopolitical instrument. Nations that control critical digital infrastructure possess significant leverage during periods of international tension.
For India, which shares contested borders with both China and Pakistan, such vulnerabilities carry serious implications.
The report reportedly draws attention to the growing role of satellite-guided drones in modern warfare. Ukraine has demonstrated how relatively inexpensive drones can achieve effects once associated with precision-guided missiles.
Powered by satellite connectivity, AI-assisted navigation and real-time intelligence feeds, drones can travel long distances, avoid traditional radar detection and strike strategic targets with remarkable accuracy.
The implications for India are significant.
China has invested heavily in military space capabilities and satellite infrastructure. Beijing’s space programme now includes hundreds of satellites supporting navigation, surveillance, communications and military operations. China’s BeiDou navigation system provides an indigenous alternative to GPS and forms part of a broader strategy aimed at reducing dependence on foreign systems.
India, while possessing substantial space capabilities through ISRO, faces increasing pressure to accelerate sovereign satellite communication infrastructure.
The numbers illustrate why.
India currently operates one of the world’s largest space programmes. ISRO has launched more than 400 satellites for domestic and international customers and achieved global recognition through missions such as Chandrayaan and Aditya-L1.
Yet communication sovereignty requires more than launch capability.
It requires resilient satellite constellations, secure military communications, anti-jamming capabilities and independent operational control.
This is where the intelligence assessment reportedly recommends a strategic shift.
Rather than relying excessively on foreign satellite communication providers, India should prioritise indigenous alternatives capable of supporting both civilian and national security requirements.
Among the initiatives attracting attention is the government’s push toward domestically controlled satellite communication networks and next-generation space infrastructure.
The objective is not to reject foreign technology. The objective is to ensure that critical national functions remain under sovereign control.
One phrase reportedly highlighted in the assessment captures the essence of the concern: ‘Controlling the signal means controlling the battlefield’.
Military strategists increasingly agree.
In the 20th century, victory often depended upon industrial capacity and troop strength.
In the 21st century, victory may depend upon data dominance.
Who controls the network?
Who controls the satellites?
Who controls the flow of information?
These questions are becoming as important as questions about tanks, aircraft and missiles.
India’s strategic community understands that future conflicts may not begin with artillery barrages or air strikes. They may begin with disruptions to communication networks, cyber infrastructure and digital systems.
The battlefield of the future will be shaped by algorithms as much as ammunition.
This explains why the intelligence assessment reportedly places significant emphasis on ‘data sovereignty’.
Data sovereignty is often discussed in commercial and regulatory contexts. However, its national security dimension is equally important. If strategic communications, military coordination and intelligence-sharing rely upon systems controlled elsewhere, sovereignty becomes conditional rather than absolute.
For a nation of 1.4 billion people and the world’s fourth-largest economy, that is a risk policymakers cannot ignore.
The assessment’s broader message appears clear.
India’s rise as a major global power requires control over the infrastructure that underpins its security. Satellites, communications networks, artificial intelligence and digital systems are no longer peripheral technologies; they are strategic assets.
The debate, therefore, is not merely about Starlink.
It is about whether India should entrust critical national security functions to networks beyond its direct control.
As geopolitical competition intensifies and warfare becomes increasingly dependent on space-based systems, nations that control their communications infrastructure will enjoy a significant strategic advantage.
Those that do not may find themselves dependent on decisions made far beyond their borders.
For India’s intelligence establishment, the lesson emerging from modern warfare appears unmistakable: sovereignty in the digital age begins in space.
And the battle for that sovereignty has already begun.
