Above India, the Satellites Are Ready. The Permission Slip Is Not.

The satellites are already there. Every ninety minutes, a train of low-orbit spacecraft crosses the Indian sky, antennas capable of beaming broadband to a fishing boat in the Arabian Sea or a clinic in the Himalayan foothills. The ground equipment is there too: dishes bolted to concrete pads, fibre backhaul laid to data centres, control software tested. Everything works. Nothing is switched on.

That is the strange state of satellite internet in India in October 2026, and this week it became a public argument. On Wednesday, Bharti Enterprises chairman Sunil Bharti Mittal told the Bloomberg New Economy Forum in New Delhi that his satellite venture, Eutelsat OneWeb, was "significantly ahead" of Elon Musk's Starlink in the queue for regulatory approval. He said the company had applied for its licence five years ago, that its ground network had been ready for three years, and that its satellites had been positioned over India for five. And still, no permission to begin.

Mittal's remarks were the latest volley in a feud building all month. A week earlier, Musk posted on X that unnamed oligarchs were blocking Starlink to protect a "monopolistic chokehold" he called a "crime against the people of India." The Ministry of Communications called that claim "baseless and misconceived," insisting Starlink, Eutelsat OneWeb, and Reliance Jio's Jio Satcom sit at broadly the same regulatory stage.

The five gates to switching on

To understand why a working network can sit idle for years, it helps to know what a satellite internet launch actually requires. Getting broadband from space into people's homes involves five separate gates, and in India all three operators have passed some but none has passed all.

1. The licence. India requires a Unified Licence with a GMPCS (Global Mobile Personal Communication by Satellite) authorization for non-geostationary satellite systems. The Department of Telecommunications has granted this to three operators: Starlink, OneWeb India, and Jio Satellite Communications, the last working with the satellite operator SES. A licence is necessary. It is not sufficient.

2. The constellation. Both Starlink and OneWeb operate in low Earth orbit, a few hundred to a little over a thousand kilometres up, close enough that the round trip for a data packet takes tens of milliseconds instead of the half-second lag of old geostationary systems. Their satellites circle the whole planet, which means coverage of India is automatic. Mittal's point about years of satellites passing overhead is real. But a satellite can be told not to serve a territory, and that is what the remaining gates control.

3. The ground segment. This is the part most coverage skips. A satellite is only useful if it can hand your traffic to a gateway earth station, a dish farm wired into terrestrial fibre that connects onward to the internet. Starlink vice president of business operations Lauren Dreyer said at India Mobile Congress 2026 that the company has built 20 gateway sites and installed hundreds of antennas across India, with India-specific data and security controls to keep local user data in the country. Gateways are expensive, fixed infrastructure, and India requires them on Indian soil.

4. Security clearance. Before commercial service starts, each operator must satisfy security conditions agreed with the Ministry of Home Affairs: lawful interception capability, data localisation, and domestic oversight of the ground infrastructure. The ministry says these assessments are underway for all three licensees. This is the gate nobody has cleared, and it is the gate the government will not skip, because satellite internet that bypasses terrestrial monitoring is, from a security agency's perspective, a hole in the national network.

5. Spectrum assignment. Satellites and gateways talk on radio frequencies that must be assigned by the government. Telecom minister Jyotiraditya Scindia said this month that the government is close to a final decision on a pricing regime for satcom spectrum, with charges set on a revenue basis. Until that framework is settled, no operator gets its frequencies, no matter how ready its hardware is.

India's satellite internet race is not a technology contest. The rockets flew years ago. It is a paperwork contest, and the paperwork is the point.

Why the holdup is the feature

It is tempting to read this as foot-dragging, and Mittal's frustration suggests he partly does: "we'll be very happy to get it at least a few days before him," he said of Musk. But there is a technical logic to each requirement, and it comes down to one fact: satellite internet is the first consumer technology that can deliver connectivity while completely ignoring national borders.

A fibre cable lands at a beach hut where inspectors, metaphorically, can examine it. A satellite beam lands wherever the operator points it. When Musk said Starlink's beams over India were "turned off," he was describing a real capability: operators geofence coverage by steering beams away from unlicensed territory, and regulators increasingly know how to verify it. Without that discipline, any constellation could serve any country without asking.

The ground-segment rules exist for the same reason. If your video call routes through a gateway in another country, your data crosses borders before anyone in India can see it. India's insistence on in-country gateways and local data controls means traffic touches Indian soil, and Indian oversight, before it reaches the global internet. That is why Starlink built twenty gateway sites before it had permission to use them: the architecture the regulator wants is the architecture you have to build in advance.

The ministry's pushback follows the same logic: the same five gates apply to Musk, to Mittal, and to Jio Satcom, and Scindia has stressed that India does not allow monopolies in any sector. Amazon's Project Kuiper, which has expressed interest, would face the identical queue.

What happens next

The near-term trigger is the spectrum pricing decision, reportedly close to finalisation. Once frequencies are assigned and security clearances land, the operators that have waited longest move first, which is exactly the queue Mittal was describing.

The stakes are substantial. India has hundreds of millions of people in areas where fibre will never reach economically: mountain villages, offshore platforms, ships at sea, disaster zones. Satellite broadband will not replace India's famously cheap mobile data, but it is a resilience layer and a coverage layer, connectivity that works when towers fail, the same lesson the October subsea cable cut taught the Philippines about backup paths. Next door in Bangladesh, a Starlink-powered satellite-to-mobile service launched this month through VEON's Banglalink, the first in South Asia, while India's full satellite broadband market waits on paperwork. (We explained how that one works.)

For now, the sky over India stays full of working satellites serving nobody on the ground below. The technology question was settled years ago. The remaining question is administrative: who clears the last gate first, and on what terms. Mittal is in no mood to wait quietly. Musk, for his part, has learned that in India, the internet comes from space, but permission comes from New Delhi.