Starlink India D2D connectivity bid targets 30,000 satellites for mobile service

Starlink's shift toward direct-to-device capabilities signals an intent to compete directly with terrestrial mobile operators rather than just serving as a rural broadband niche. By removing the requirement for expensive proprietary hardware, Starlink could significantly lower the barrier to entry for satellite-based data services in India's massive rural market. This move forces a regulatory reckoning for the Indian government, which must now balance satellite innovation against the concerns of local giants like Reliance Jio regarding spectrum costs and licensing parity. Watch for the final security clearance from Indian authorities and the specific pricing structure for administrative spectrum allocation to determine the commercial viability of these LEO services.

Starlink's direct-to-device ambitions extend well beyond India, with SpaceX actively pursuing D2D spectrum rights and commercial partnerships across multiple markets. In early 2025, SpaceX and T-Mobile launched their initial direct-to-cell beta service across the United States, marking the first commercial deployment of satellite-to-phone connectivity using standard LTE handsets. The service initially supports text messaging and limited data, with voice and broader broadband planned for later phases. This US rollout provides a technical reference point for what Starlink's Gen 2 constellation could deliver in India if IN-SPACe grants approval, though the Indian market presents distinct regulatory and spectrum-allocation challenges that differ from the FCC framework.

The regulatory landscape for satellite D2D services is tightening globally as governments weigh incumbent mobile operator concerns against satellite innovation. Eutelsat OneWeb and SES have both filed objections in multiple jurisdictions arguing that LEO D2D services should not receive administrative spectrum allocation at below-market rates, contending that preferential treatment distorts competition with terrestrial operators who paid billions at auction. In India specifically, Reliance Jio has been the most vocal opponent, arguing that satellite D2D services should be subject to the same licensing fees and spectrum charges as terrestrial mobile operators. The Indian government's Telecom Regulatory Authority has been conducting consultations on whether to allocate satellite spectrum administratively or through auction, a decision that will set precedent for all LEO operators seeking D2D access in the country.

On the technical side, Starlink's Gen 2 constellation represents a significant scale-up in both satellite count and capability compared to the current Gen 1 deployment. SpaceX has already launched more than 6,000 Gen 2 satellites as of mid-2025, each equipped with inter-satellite laser links and enhanced phased-array antennas, enabling lower latency and higher throughput than Gen 1 units. The D2D variant adds a specialized payload that allows direct communication with unmodified mobile phones operating on standard LTE and eventually 5G NR frequencies. Amazon's Project Kuiper, which is also pursuing LEO broadband, received FCC approval in 2025 to begin deploying its 3,236-satellite constellation, though it has not yet announced D2D plans at the same scale as Starlink. The competitive pressure from both directions, terrestrial operators resisting spectrum sharing and rival LEO constellations advancing their own deployments, makes India's regulatory decision on Starlink's Gen 2 application a bellwether for how emerging markets will handle the satellite-mobile convergence question.