A network on the ground and rules in motion
Published 11 October 2026
Starlink's network update presented a July snapshot of substantial growth outside India, without giving the snapshot a precise publication day. It reported more than six million active customers globally and more than two million in the United States. The median US download speed during peak demand was nearly two hundred megabits per second as of July. It gave median peak-hour latency of 25.7 milliseconds for June. These were company-reported measurements with a stated national scope. They showed the performance Starlink said it was delivering in an operating market, not a promise of identical speeds in every country or a measurement of Indian service. The update's significance lay in the combination of growing use and improving performance as the company added capacity and infrastructure. starlink.com, STARLINK NETWORK UPDATE
The company described more than one hundred gateway sites in the United States, comprising over fifteen hundred antennas. It also explained that latency measurements were collected from routers every fifteen seconds and that daily US testing involved very large numbers of speed and latency observations. The figures help make the ground network visible within the company's account of performance. A low orbit alone was not offered as the entire explanation. Gateway placement, network backbone investment and internal systems were parts of the work described. Those facilities connected the space links to internet routes on the ground. Performance was an outcome of the system operating together, with measurements taken from customer routers rather than inferred solely from orbital distance. starlink.com, STARLINK NETWORK UPDATE
Starlink also emphasized resilience through multiple satellites, gateways, internet points of presence and optical links between spacecraft. It said it was adding more than five terabits per second of capacity per week and had deployed over twenty-three hundred satellites in the previous year. Those were worldwide deployment and capacity claims. They cannot be converted into capacity available over India by copying the global total. The update described the network's ability to add resources and route traffic through more than one path. It did not remove the need for local permissions, equipment or gateway arrangements in a new country. Growth in orbit could support expansion, but the last part of entry still took place on the ground. starlink.com, STARLINK NETWORK UPDATE
Within India's regulatory work, a different network question was taking shape. TRAI's August 13 response to DoT agreed that a gap would exist because the government had not accepted its proposed satellite-based service authorization. DoT wanted a separate Satellite Communication Network authorization under the Act's network provisions. The purpose included allowing service providers to use a satellite network through commercial agreements rather than each establishing a parallel network and seeking separate spectrum. TRAI said it would consult on the terms of the new authorization. The issue was no longer only which company could sell broadband. It was how the underlying network could be supplied to other authorized providers and how the permissions for that network would be organized. trai.gov.in, TRAI consultation paper, April 2026
On August 29, DoT asked TRAI for consolidated recommendations covering the proposed network authorization and spectrum assignment together. A separate consideration of the network followed by a later consideration of its spectrum could leave essential conditions unresolved. The request brought those conditions into one process. A satellite-network operator could be distinct from the provider serving the end customer, but both would depend on a radio link whose rights and obligations had to be clear. Consolidating the recommendations was an attempt to address that interdependence. It set the scope of the work the regulator was being asked to do. trai.gov.in, TRAI consultation paper, April 2026
DoT published draft main telecommunication-service authorization rules on September 5. As TRAI's later consultation recounts, the draft did not include a separate satellite-based service authorization of the kind TRAI had proposed. Satellite use was instead addressed within the broader service structure. This was part of the background to the network-authorization question. If companies providing customer services could use satellite systems under their main permissions, the rules still needed to account for the entity operating the space-linked network itself. The draft and the proposed network authorization addressed different sides of that relationship. The distinction helped explain why an existing GMPCS licence and a future network authorization could appear in the same regulatory discussion without being the same instrument. trai.gov.in, TRAI consultation paper, April 2026
TRAI sought clarification on September 22 about whether spectrum assignment to a Satellite Communication Network entity fell within the Act's First Schedule and which frequency bands the government envisaged. The question tested the link between an entity's legal category and its intended spectrum use. An authorization to establish a network would not automatically specify the means by which it could obtain every radio-frequency right. The regulator needed the government's interpretation before building a consolidated framework. trai.gov.in, TRAI consultation paper, April 2026