Elon Musk’s Starlink has submitted a fresh application to India’s space regulator, IN-SPACe, seeking approval for its second-generation (Gen 2) low-Earth orbit satellite constellation, which features advanced direct-to-device (D2D) connectivity. The renewed filing seeks authorization to deploy nearly 30,000 Gen 2 satellites over Indian airspace, paving the way to connect standard smartphones directly to satellite networks without requiring specialized dishes or ground hardware.Starlink Refreshes Bid for Next-Gen ConstellationSpaceX's satellite unit has formally approached the Indian National Space Promotion and Authorisation Centre (IN-SPACe) to secure operational clearances for its expanded Gen 2 constellation. Operating at low-Earth orbit (LEO) altitudes ranging between 340 km and 615 km, the next-generation satellite network represents a major technological jump over earlier deployments.The fresh filing comes after IN-SPACe previously cleared Starlink’s Gen 1 constellation—comprising 4,408 LEO satellites for traditional fixed satellite broadband—in July 2025. However, Starlink’s initial proposal for its Gen 2 network was turned down by Indian authorities over specific technical non-conformities regarding proposed operational features and spectrum band usage. Having revised its parameters to align with Indian regulatory frameworks, Starlink is now pushing for comprehensive approval.Total Satellites Requested: Nearly 30,000 satellites covering Indian territory (out of SpaceX’s global Gen 2 target of ~42,000).Operating Altitude: Low-Earth orbit at 340 km – 615 km.Core Technological Upgrade: Integrated Direct-to-Device (D2D) space-to-phone connectivity.Regulatory Body: Indian National Space Promotion and Authorisation Centre (IN-SPACe).What Is Direct-to-Device (D2D) Technology?Direct-to-Device (D2D) capability allows low-Earth orbit satellites to function essentially as space-based cell towers. Instead of routing signals through a static satellite dish (terminal) mounted on a building, D2D enables unmodified, standard smartphones and mobile devices to establish direct connections with satellites.FeatureTraditional Satellite Broadband (Gen 1)Direct-to-Device Satcom (Gen 2)User Equipment RequiredDedicated satellite dish / receiver antenna & routerStandard, compatible mobile smartphonesPrimary Use CaseHigh-speed fixed residential / commercial broadbandEmergency messaging, voice, & mobile coverage shadow eliminationTarget InfrastructureRural homes, remote institutional facilitiesMobile commuters, remote field workers, maritime & disaster zonesInstallation FrictionRequires hardware purchase, setup, and mountingZero hardware installation; automatic network handoverThis technology holds transformative potential for India's digital connectivity, particularly across remote border terrains, maritime regions, and dense forest corridors where building ground-based telecom towers or laying fiber optic networks remains economically or geographically unfeasible.Mounting Competition in India's Satcom MarketStarlink’s renewed bid arrives as India's Telecommunications Regulatory Authority (TRAI) and the Ministry of Communications formulate rules for satellite spectrum pricing and D2D operational guidelines. The application intensifies a high-stakes race to capture India's satellite communications landscape:Tata Group & Nelco: Homegrown satellite service provider Nelco recently announced strategic investments to launch a South Asian D2D satellite network by 2028.Eutelsat OneWeb & Reliance Jio: Bharti-backed Eutelsat OneWeb and Reliance Jio’s joint venture with SES have both secured preliminary satcom approvals and are awaiting final administrative spectrum allocation.Amazon Leo (Project Kuiper): Amazon continues to prepare its own low-Earth orbit constellation for market entry across South Asia.Regulatory Roadblocks and Next StepsWhile Starlink’s reapplication signifies a strong commitment to expanding into India, commercial launch hinges on multiple administrative hurdles. In addition to IN-SPACe technical authorization, non-geostationary satellite operators must secure mandatory inter-ministerial security clearances and wait for the government to finalize spectrum assignment norms.Furthermore, domestic terrestrial telecom operators have urged regulators to ensure equal regulatory obligations between satellite-based D2D providers and traditional cellular carriers to maintain a level playing field. If cleared, Starlink’s Gen 2 network could fundamentally alter how connectivity is delivered across underserved regions of India.Also Read :- Starlink-Powered Stream: Ice Poseidon Broadcasts Patagonia Glaciers, Triggers Internet Humor
