After more than three years of regulatory limbo, Starlink finally cleared India's Department of Telecommunications (DoT) gate in mid-2025, securing the Global Mobile Personal Communication by Satellite (GMPCS) licence that authorises it to offer satellite broadband to Indian subscribers. The approval — reported by Reuters and confirmed by DoT — came bundled with a set of security conditions that the company had previously resisted in other markets: domestic data localisation, lawful interception readiness, and a commitment that traffic originating in India would not be routed to gateways abroad. Crucially, the licence sits on top of a structural choice the Indian government made under the Telecommunications Act 2023: satellite spectrum will be allocated administratively, not auctioned. That decision was opposed by Reliance Jio and Bharti Airtel and supported by global low-earth-orbit (LEO) operators. It was the right call, and it deserves a defence.
What the licence actually changes
A GMPCS licence is the door, not the room. Before Starlink can switch on a single user terminal in Ladakh or the Andamans, two further gates must open: an authorisation from the Indian National Space Promotion and Authorization Centre (IN-SPACe) for in-country space-segment operations, and a final spectrum allocation decision by DoT acting on Telecom Regulatory Authority of India (TRAI) recommendations. Eutelsat OneWeb and Reliance Jio-SES already hold GMPCS licences; Amazon's Project Kuiper is in the queue. The market is therefore not opening to a monopolist — it is opening to a contestable LEO segment of three to five players.
The security conditions accepted by Starlink are not trivial. Lawful interception capability means the company must architect its Indian Point of Presence so that authorised law-enforcement requests under the Telegraph Act successor framework can be served. Data localisation forces local gateways and storage for subscriber metadata. The no-foreign-routing rule means a user in Mumbai whose packets are destined for a server in Singapore must still egress through Indian infrastructure first. These are real engineering costs, and they reflect a tightening global pattern — but in India's case they were the price of entry, not an afterthought.
Why administrative allocation is the right answer
The fiercest fight of the past eighteen months was not over Starlink itself but over how spectrum in the Ka and Ku bands should be assigned. Terrestrial incumbents argued that auctioning satellite spectrum would create a level playing field with mobile operators who paid tens of billions of dollars for 5G airwaves. The global satellite industry — backed by TRAI's own consultation findings — argued that auctioning shared, non-exclusive satellite spectrum is incoherent with how the International Telecommunication Union (ITU) coordinates orbital resources.
The government chose administrative allocation, codifying the approach in Section 4 of the Telecommunications Act 2023 and notifying the relevant rules thereafter. Two principles support this choice:
- Satellite spectrum is technically non-exclusive. Multiple LEO and GSO operators can use overlapping frequencies through ITU-coordinated interference management. Auctioning exclusive blocks would either break that coordination or sell something the winner cannot fully exclude others from using.
- Auctions would protect incumbents, not consumers. Inflating entry costs for LEO operators by hundreds of millions of dollars would simply preserve the terrestrial duopoly in rural connectivity. A pro-competition policy lets satellite undercut, not match, the incumbent price floor in underserved geographies.
This is the rare case where the pro-innovation answer and the pro-revenue answer diverge, and the government correctly resisted treating spectrum policy as a fiscal instrument.
The proportionality question
None of this means the security conditions are above scrutiny. Lawful interception architecture in India is governed by a patchwork of executive guidelines rather than statutory due-process safeguards, and the Supreme Court's pending review of the surveillance framework (the Internet Freedom Foundation v. Union of India line of challenges) remains unresolved. A satellite operator that can be ordered to hand over user data on the basis of an unappealable executive order is a more powerful tool of state surveillance than one bound by judicial warrant requirements.
The proportionate fix is not to refuse the licence, but to advance the underlying reform: judicial oversight of interception orders, periodic transparency reporting (which Starlink has historically published in other jurisdictions), and a published technical standard for what "no foreign routing" actually requires. If India is willing to be the toughest LEO licensing regime in the democratic world, it should also be the most transparent.
What this means for the open internet
The bigger story here is not Starlink. It is that India, which had spent the better part of a decade swinging between extremes — banning apps one quarter, throwing open spectrum the next — has produced a coherent satellite policy that is pro-entry, pro-competition, and security-aware. The contested administrative-allocation model will almost certainly be tested in court by terrestrial incumbents, and TRAI's pricing recommendation (still pending as of this writing) will determine whether the rollout actually reaches the rural and remote users it is meant to serve. But the direction of travel is correct.
For a country with roughly 800 million internet users and tens of millions still without reliable connectivity, getting LEO broadband live in 2026 matters more than relitigating the auction-versus-administrative debate. Connectivity first. Then the harder, slower fight for surveillance reform.