Starlink has renewed its push to expand in India, submitting a fresh application to the Indian National Space Promotion and Authorisation Centre (IN-SPACe) for authorization of nearly 30,000 second-generation satellites in low Earth orbit. The proposed Gen 2 network would add newer capabilities, including direct-to-device (D2D) connectivity, potentially allowing compatible mobile phones and other devices to communicate with satellites without a dedicated Starlink terminal.
The renewed application comes as India continues to develop its regulatory framework for satellite communications and considers how spectrum should be assigned for satellite-based connectivity. It also raises the competitive stakes for companies seeking to build satellite broadband and direct-to-device businesses in one of the world’s largest telecommunications markets.
Starlink makes a second attempt at Gen 2 authorization
SpaceX has requested authorization for nearly 30,000 satellites from its planned Gen 2 Starlink constellation for operation over India. Globally, SpaceX has sought authorization for a constellation of roughly 42,000 Gen 2 satellites, meaning the Indian filing represents a major portion of the planned second-generation architecture, although the company could seek approval for additional satellites later.
The latest application is significant because it is not simply a request to expand Starlink’s existing satellite broadband network. The proposal also incorporates newer capabilities associated with Starlink’s evolution toward satellite-to-mobile connectivity.
Starlink’s earlier Gen 2 application in India encountered regulatory problems, with spectrum-band conformity among the issues cited in reporting on the rejection. India’s space regulator had previously authorized Starlink’s Gen 1 constellation, covering 4,408 low Earth orbit satellites, in July 2025. The renewed application therefore represents an effort to bring Starlink’s larger and more capable second-generation architecture into India’s regulatory framework.
The distinction between constellation authorization and commercial service is important. Even if IN-SPACe approves the satellite network, Starlink still has to satisfy India’s telecommunications and spectrum requirements before all proposed services can be deployed commercially.
Why direct-to-device changes the business case
Traditional Starlink broadband depends on a user terminal that communicates with satellites overhead. The terminal contains the antennas, electronics and power systems needed to establish a relatively high-capacity satellite link.
Direct-to-device technology changes that architecture by turning the satellite itself into a space-based cellular access point. Instead of requiring a dedicated satellite terminal, the system is designed to communicate with ordinary mobile devices using cellular spectrum and specialized satellite payloads.
That makes D2D particularly relevant in India, where terrestrial mobile networks already cover enormous population centers but still face geographic and economic limits in remote areas.
A D2D satellite can provide supplemental coverage where building additional terrestrial towers is difficult or uneconomical. The most immediate applications include messaging and emergency communications, followed by progressively more capable voice and data services as satellite capacity and network technology improve.
Starlink has already been developing this capability outside India. Its D2D satellites use large communications payloads designed to establish links with conventional mobile devices, effectively extending cellular coverage from the ground into orbit. Research into commercial Starlink direct-to-cell measurements has found that the technology can extend connectivity into areas with limited terrestrial coverage, although capacity remains considerably more constrained than conventional terrestrial cellular networks.
This distinction matters for India’s market. D2D should not initially be viewed as a replacement for 4G or 5G infrastructure. Its stronger value proposition is filling coverage gaps and maintaining connectivity when terrestrial infrastructure is unavailable.
India’s regulatory framework is becoming a critical part of the technology
Starlink’s renewed filing arrives while India is actively working through the rules governing satellite communications and spectrum.
The Telecom Regulatory Authority of India (TRAI) released a consultation paper on April 8, 2026, addressing the framework for satellite communication network authorization and spectrum assignment. The consultation included Starlink as well as OneWeb India, Jio Satellite Communications, Nelco, Bharti Airtel, Hughes and other satellite and telecommunications companies.
That regulatory process illustrates why Starlink’s Gen 2 filing is more complicated than simply obtaining permission to launch satellites.
Satellite operators require authorization to provide services in individual national markets, while spectrum rights and telecommunications licenses determine how those services can actually operate. D2D introduces another layer because satellites are effectively participating in mobile communications networks rather than providing connectivity exclusively through conventional satellite terminals.
India has already granted Unified License authorization for Global Mobile Personal Communications by Satellite services to Starlink, OneWeb India and Jio Satellite Communications, according to a January 2026 government statement.
The regulatory pieces are therefore gradually coming together, but the exact framework for high-capacity satellite broadband and D2D remains strategically important.
Starlink is entering a much more competitive Indian satellite market
India is not an empty market waiting for the arrival of Starlink.
OneWeb, backed by Eutelsat and operating in India through OneWeb India Communications, has already established a position in the country’s satellite communications sector. Reliance Jio is also developing satellite communications capabilities, while Bharti Airtel has a major role in India’s telecommunications infrastructure and has been involved in the country’s satellite connectivity ecosystem.
The competitive landscape is particularly important because Starlink’s principal advantage is not simply satellite ownership. Its strength comes from the scale of its existing global constellation, launch cadence, satellite manufacturing infrastructure and operational experience.
A competitor building a new network has to solve those problems simultaneously. Starlink can instead leverage an architecture that is already being deployed at large scale.
That scale becomes even more valuable for D2D. A satellite-to-phone service depends heavily on having sufficient satellites passing over a particular region at the right times. Increasing constellation density can improve availability, continuity and network capacity.
India’s market could therefore become an important test of whether Starlink can translate its global constellation advantage into a differentiated mobile connectivity service.
The 30,000-satellite request is larger than India’s immediate service requirement
The size of the proposed constellation also needs to be interpreted correctly.
SpaceX is not proposing to build a separate 30,000-satellite network exclusively for India. The requested authorization is tied to Starlink’s broader Gen 2 constellation and its ability to provide services within the Indian market.
This distinction is important because a mega-constellation is fundamentally a global infrastructure system. Satellites move rapidly around Earth, so network capacity over one country depends on the orbital distribution of satellites across a much larger geographic area.
Starlink’s Gen 2 architecture is intended to provide substantially greater capacity than the company’s earlier satellite generations. SpaceX has already deployed smaller Gen 2 variants using Falcon 9, while larger versions have been designed around the company’s future heavy-lift launch architecture.
The combination of more capable satellites and a much larger network is intended to increase capacity while supporting additional services. D2D is one of the clearest examples of how Starlink is expanding beyond the original satellite-broadband model.
India could become a major test for satellite-to-phone competition
The Indian market is particularly important for D2D because of its enormous mobile subscriber base and geographic diversity.
India contains dense urban regions where terrestrial networks are highly competitive alongside remote mountainous, desert, forest and island areas where connectivity can be more difficult. Satellite-to-phone technology is naturally suited to the second category.
But the economics are different from those of conventional broadband.
A Starlink terminal can support a relatively high-capacity connection because it is specifically designed to communicate with the satellite. A standard smartphone has far less antenna aperture and transmission power. The satellite must compensate through larger antennas, sensitive receivers, advanced signal processing and carefully managed spectrum.
This means D2D networks have to balance coverage against capacity. Providing a basic text message across a large geographic area is considerably easier than providing broadband service to thousands of smartphones simultaneously.
That is why regulatory decisions concerning spectrum, power levels, satellite beam design and interoperability with terrestrial operators will have a direct impact on what Starlink can ultimately offer Indian consumers.
What happens next
Starlink’s renewed application does not mean that a 30,000-satellite network is immediately authorized for Indian operations.
The company must still move through India’s regulatory process, while the government continues to define the rules governing satellite communications and spectrum. The latest filing nevertheless represents a significant escalation in Starlink’s ambitions for the market because it combines Gen 2 capacity expansion with D2D technology.
For Starlink, the strategic objective is broader than simply obtaining permission to sell satellite broadband terminals. The company is increasingly positioning its constellation as a communications layer capable of connecting homes, vehicles, aircraft and eventually ordinary mobile phones.
For India, the decision will help determine how satellite connectivity fits alongside the country’s existing terrestrial telecommunications infrastructure. If regulators allow D2D services to scale, satellite operators could become an important supplemental layer for mobile coverage rather than a niche alternative to conventional broadband.
The renewed Gen 2 application therefore matters well beyond the number of satellites involved. It is a test of whether India’s regulatory framework can accommodate the convergence of satellite broadband, mobile communications and direct-to-device connectivity—and whether Starlink can convert the enormous scale of its global constellation into a commercially meaningful position in one of the world’s most strategically important telecommunications markets.
