India's cautious approach toward approving Starlink for commercial operations stems from critical national security concerns regarding technological sovereignty, data localisation, and the necessity of a regional kill switch, as highlighted by recent global conflicts involving foreign-controlled satellite networks.

India's cautious approach toward approving Starlink for commercial operations stems from critical national security concerns regarding technological sovereignty, data localisation, and the necessity of a regional kill switch, as highlighted by recent global conflicts involving foreign-controlled satellite networks.

India's cautious approach toward approving Starlink for commercial operations stems from critical national security concerns regarding technological sovereignty, data localisation, and the necessity of a regional kill switch, as highlighted by recent global conflicts involving foreign-controlled satellite networks.

Whether India should allow Starlink to operate commercially has moved beyond a telecom licensing debate. In the corridors of India’s seat of governance in the plush Kartavya Bhavan, it is now a question of strategic sovereignty.

Starlink Satellite Communications Pvt Ltd, owned by Elon Musk’s SpaceX, was granted a Global Mobile Personal Communication by Satellite (GMPCS) licence in June 2025, along with IN-SPACe authorisation in July 2025. But its beams remain off. So do those of its two competitors.

As the Ministry of Communications confirmed on October 8, “security assessments as part of this process are currently underway for all three licensees.” The three are Starlink, Reliance Jio’s Jio Satellite Communications (with SES), and Bharti-backed Eutelsat OneWeb. Until the Ministry of Home Affairs grants security clearance and spectrum is assigned, none can begin commercial operations.

At the heart of New Delhi’s hesitation is one principle: Proprietary control must remain Indian.

The government is insisting on four non-negotiables — complete data localisation, lawful interception capability with call data records housed in India, mandatory routing through Indian gateways, and a ‘kill switch’ that can be exercised by New Delhi for a specific geography on security grounds.

SpaceX’s position, by contrast, is rooted in its architecture. Starlink operates through a constellation of about 8,000 satellites in Low Earth Orbit, linked by inter-satellite laser links. Ultimate control of beam activation, speed and access remains with SpaceX in the US and, for its military variant Starshield, with the US government.

New Delhi’s threat assessment therefore rests on two counts.

First, the loss of technological sovereignty. If Position, Navigation and Timing (PNT) or communications are dependent on a system whose master switch is in California’s Hawthorne or Washington, political dependency follows. In a crisis, that dependency can be weaponised.

Second, the bypass problem. A small dish, the size of a pizza box, can give any user encrypted, high-speed connectivity that bypasses conventional Indian telecom surveillance. Unlike fibre, it cannot be cut, and unlike a mobile tower, it cannot be ordered to shut locally. That is not a desirable condition on the Line of Actual Control, in the Northeast, or in Left-wing extremism areas where smuggled terminals have already been seized.

Two recent wars have made this abstract debate concrete.

Lesson 1: Iran — from GPS to BeiDou

During the 12-day war between Iran and the US-Israel front from June 13-24, 2025, Iran launched more than 550 ballistic missiles and over 1,000 suicide drones. Nearly 50 per cent failed in-flight, malfunctioned, or missed their targets.

By February 2026, when the second, ongoing war began, the picture had reversed. Iranian missiles were hitting with far greater accuracy.

What changed in the interregnum? As former French foreign intelligence director Alain Juillet has alluded, Iran may have switched its missile and drone guidance from the American GPS to China’s BeiDou satellite navigation system.

The fault, in other words, was not in the missile but in the PNT backbone. The shift was enabled by the 25-year Iran-China Comprehensive Strategic Partnership signed in 2021, which Tehran used to build technological sovereignty and reduce dependence on the West. PNT sovereignty translated directly into battlefield accuracy.

Lesson 2: Ukraine — when the switch is elsewhere

Cut to Ukraine. Kyiv’s war effort runs on Starlink and its military counterpart Starshield, which guide long-range drones and provide resilient communications.

On October 14, presidential adviser Serhiy Beskrestnov said SpaceX had “implemented overnight a speed limit on Starlink terminals,” resulting in “the disruption of a number of missions.” Ukraine had not been informed of the new limits in advance.

Musk responded that Starshield is owned and controlled by the US government. “Any limits on speed or usage are decided by the US military and ultimately the POTUS,” he posted.

Whether the limit was imposed by SpaceX or the Pentagon, the lesson for New Delhi is the same: when the network you fight on is not owned by you, your missions can be throttled overnight.

In this backdrop, India’s caution is not technophobia. It is doctrine. The choice is not between allowing Starlink or banning it. A ban will only push users to the grey market, where there is zero visibility.

The choice is between unregulated Starlink, which is a security threat, and Indian-regulated Starlink, with Indian gateways, Indian data storage and an Indian kill switch, which can be a strategic asset — for border outposts, disaster recovery, and for keeping the Northeast connected when fibre is cut.

The lack of technological sovereignty, as Iran and Ukraine have shown in very different ways, leads inevitably to political dependency. At times of crisis, that dependency that can be weaponised, can be critical.

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