Starlink's India Entry Tests Limits of Data Sovereignty
A satellite dish capable of beaming broadband into the remotest Indian village is also, in the eyes of security planners, a potential listening post controlled from outside the country's borders. That tension sits at the heart of the prolonged regulatory process now facing Elon Musk's Starlink, as India weighs the benefits of satellite internet against the risks of ceding ground in critical communications infrastructure to a foreign operator.
Starlink, run by SpaceX, has secured a telecommunications licence but remains short of the approvals needed to go live commercially. The Department of Telecommunications confirmed on 8 October that Starlink, Reliance Jio's satellite arm, and Bharti-backed Eutelsat OneWeb are all at a similar point in the process, with security assessments under way for each. For ordinary users curious about securing their own connections in the meantime, many already rely on a VPN with a free trial to encrypt browsing while broader satellite policy questions are settled. Spectrum can be assigned once requirements are met, and the government insists its framework applies equally to all applicants, foreign or domestic. a VPN with a free trial
What Security Experts Are Asking
Brigadier Anshuman Narang (Retd), founder of the think tank Atma Nirbhar Soch, frames the debate in stark terms: data, he told StratNewsGlobal, is "the new oil in peacetime and ammunition in war." His concern is less about whether Starlink can deliver connectivity and more about whether Indian authorities have real visibility into what the network collects, who can access that data, and under what safeguards. Low-Earth-orbit systems route traffic through gateways and ground stations whose control, cybersecurity posture and compliance with lawful interception rules are far harder to audit than those of a domestic telecom operator.
Starlink has pointed to more than 20 India-based gateway sites and hundreds of antennas as evidence that user data will stay within the country, according to the company's vice-president for business operations, Lauren Dreyer. Whether that architecture satisfies India's security conditions remains to be formally determined. Former intelligence officer Yashovardhan Jha Azad has echoed the call for enforceable safeguards on traffic routing and interception, arguing that commercial assurances are not a substitute for verified technical compliance.
Lessons From Kargil to Ukraine
Narang's argument draws on precedent. He cites the United States' refusal to share high-accuracy GPS data with India during the 1999 Kargil conflict as an early lesson in the dangers of depending on foreign-controlled systems for critical capability, and he points to reported difficulties accessing commercial satellite imagery during Operation Sindoor as a more recent echo of the same problem. Starlink's own role in sustaining Ukrainian military communications, he notes, illustrates both the strategic value of satellite networks and the exposure that comes when such infrastructure remains under a private company's discretion rather than sovereign control.
Building an Alternative
Dr Srimathy Kesan of Space Kidz India argues for a middle path: welcoming foreign innovation while insisting on strict, enforceable conditions. She has proposed a Strategic South Global Consortium, pooling governments, companies and universities across the Global South to build a regional LEO constellation, starting with 50 to 100 satellites and scaling further depending on demand. Her indicative estimates run from roughly $0.8-2 billion for a pilot phase to $8-15 billion for a larger network - figures she frames as preliminary rather than committed budgets. Realising any such plan would demand years of investment in launch capacity, ground infrastructure and trained personnel, underscoring why the more immediate priority is establishing clear, enforceable security terms for Starlink and its rivals alike.
