In a bold move that could redefine India’s digital infrastructure landscape, Reliance Jio is planning to launch a massive low Earth orbit (LEO) satellite constellation comprising 1,600–1,650 satellites, positioning itself as India’s homegrown rival to SpaceX’s Starlink and Amazon’s Project Kuiper.
The initiative, being personally spearheaded by Reliance Industries Chairman Mukesh Ambani, represents a multi-billion-dollar commitment to space-based broadband and direct-to-device services that could connect millions of unserved and underserved communities across the country.
The Mukesh Ambani-led conglomerate has submitted a formal proposal to the Indian National Space Promotion and Authorisation Centre (IN-SPACe), which is currently evaluating the technical architecture and configuration of the planned constellation. The satellites would orbit at approximately 650 kilometers above Earth, with deployment expected within the next two to three years if regulatory approvals proceed smoothly.
A Strategic Vision for India’s Digital Future
The proposed LEO satellite network is designed to deliver broadband connectivity and direct-to-device services across India’s vast geography, including remote rural areas, mountainous regions, and island territories where traditional terrestrial infrastructure remains impractical or economically unviable. Unlike conventional geostationary satellites that orbit at 35,786 kilometers, LEO satellites operate at much lower altitudes, enabling significantly reduced latency and higher data speeds—critical factors for real-time applications like video conferencing, online gaming, and telemedicine.
“Satellites have evolved from being a vanilla backhaul system to becoming a base station in the sky,” said Mathew Oommen, President of Reliance Jio and CEO of Jio Platforms, in a recent statement at the India Mobile Congress. “The co-existence of satellite communications with other mobile technologies is now a reality, and Reliance Jio, moving beyond traditional terrestrial spectrum, has become a non-terrestrial network player and is way ahead of competition”.
Oommen’s remarks underscore Jio’s strategic pivot toward non-terrestrial networks, building on the company’s earlier success with JioSpaceFiber—India’s first satellite-based gigabit broadband service launched in October 2023 through a partnership with Luxembourg-based SES. That initial venture utilized medium Earth orbit (MEO) satellites, but the new LEO constellation represents a far more ambitious and technologically advanced approach.
Leadership and Organizational Structure
The LEO satellite initiative is being overseen by Mukesh Ambani himself, reflecting the chairman’s personal commitment to establishing India’s sovereign capability in satellite communications. Alongside Ambani, a team of senior executives is driving the project forward, including Reliance Industries President P.K. Bhatnagar, Jio Platforms CEO Mathew Oommen, and Jio Senior Vice President Aayush Bhatnagar.
To manage the complexity of building a constellation of this scale, Reliance has established six dedicated internal teams focusing on distinct aspects of the project:
- Satellites – Design, manufacturing, and testing of satellite payloads
- Launches – Coordination with launch service providers for orbital deployment
- Payloads – Development of communication equipment and transponders
- User Terminals – Creation of customer-facing hardware including receivers and antennas
- Regulatory Filings – Coordination with India’s Department of Telecommunications (DoT) for orbital slot filings at the International Telecommunication Union (ITU)
- Technology Partnerships – Engagement with global satellite technology providers for component sourcing and collaboration
This organizational structure reflects Reliance’s intent to build end-to-end capability rather than relying solely on external contractors, a strategy that could reduce costs and accelerate deployment timelines.
Investment Scale and Financial Commitment
While Reliance has not officially disclosed the final investment figure, industry analysts estimate the project could cost up to $15 billion, making it one of the largest private space ventures in India’s history. The multi-billion-dollar commitment would position Reliance directly against global giants like Starlink, which has already deployed over 5,000 satellites, and Amazon Kuiper, which is building a constellation of 3,236 satellites.
“Jio with Reliance will invest ₹10 lakh crore (roughly USD 10.5 billion) over the next seven years starting this year,” Mukesh Ambani announced at the India AI Summit 2026 in February, emphasizing the company’s broader technology transformation agenda. While this figure encompasses AI and other digital infrastructure investments, the LEO satellite constellation represents a significant component of Reliance’s space and broadband strategy.
The financial scale of the project underscores the strategic importance of satellite communications in India’s national digital architecture. The Indian government has expressed keen interest in building a domestic satellite communications ecosystem to reduce dependence on foreign operators, particularly as China has already filed plans for approximately 200,000 satellites across multiple LEO constellations at the ITU.
Regulatory Pathway and International Coordination
Reliance has initiated discussions with India’s Department of Telecommunications regarding orbital slot filings with the International Telecommunication Union (ITU), the global body that allocates radio frequencies and orbital positions for satellite systems. This regulatory step is critical, as the ITU operates on a “first-to-file” principle for orbital slots, meaning companies must secure their positions before competitors can claim the same frequencies or orbital positions.
The timing of Reliance’s filing is strategically important. With Starlink, Amazon Kuiper, and Eutelsat OneWeb already operating or planning substantial LEO constellations, securing orbital slots before congestion becomes critical is essential for long-term viability. Industry sources indicate that Reliance is also examining acquisition opportunities in the satellite space, particularly companies that already own orbital slots and infrastructure, which could accelerate the company’s entry into the market.
Competitive Landscape and Market Dynamics
The satellite internet race in India is heating up, with telecom, technology, and global space companies increasingly viewing the country as a major future market for broadband connectivity and digital infrastructure. Starlink has already received regulatory approval to operate in India and has begun limited service deployments, while Amazon Kuiper is in the early stages of constellation deployment.
Reliance’s entry could sharpen competition and potentially drive down prices for consumers, but it also raises questions about market consolidation given Jio’s already dominant position in India’s telecommunications sector with over 450 million mobile subscribers.
“We absolutely believe, since satellite offers the same services, to the same devices, to the same customers with similar standards, why should it be considered any different,” Mathew Oommen argued regarding spectrum policy. “There seems to be no logic at all. Anything other than auction of the spectrum will distort the market significantly”.
Oommen’s stance reflects Jio’s advocacy for regulatory parity between terrestrial and satellite spectrum allocation, arguing that both technologies deliver identical services to identical customers and should therefore be treated equally under Indian law.
Timeline and Deployment Strategy
According to industry reports, Reliance may look to have LEO satellites operational within the next two to four years, either through organic development or inorganic acquisitions.
If the company pursues organic development, it would need to accelerate satellite manufacturing, secure launch capacity, and complete regulatory approvals simultaneously. Alternatively, acquisition of an existing satellite operator with established orbital slots could significantly shorten the timeline but would likely increase costs.
Technological Architecture and Capabilities
The planned constellation of 1,600–1,650 satellites at 650 kilometers altitude represents a carefully calculated balance between coverage, latency, and orbital congestion. LEO satellites at this altitude typically provide latency of 20–40 milliseconds, comparable to terrestrial fiber networks and significantly better than geostationary satellites that exhibit latency of 600milliseconds or more.
Each satellite in the constellation would be equipped with advanced phased-array antennas and high-throughput transponders capable of delivering gigabit-speed data to user terminals. The network would employ frequency division multiple access (FDMA) and time division multiple access (TDMA) techniques to manage spectrum efficiently across the constellation.
Jio’s earlier demonstration of JioSpaceFiber at the India Mobile Congress showcased the company’s ability to deliver gigabit speeds using satellite communications technology “no different from the speed that can be transmitted on land-based networks,” according to Oommen.
Digital Inclusivity and National Impact
The strategic importance of the LEO constellation extends beyond commercial considerations. For India, where approximately 200 million people remain without reliable broadband access, satellite internet represents a critical tool for achieving the government’s Digital India vision and closing the connectivity gap between urban and rural regions.
“If we want to drive the Digital India vision, we should take that and put it to use,” Oommen stated at the India Mobile Congress, emphasizing the technology’s role in national development.
Akash Ambani, Chairman of Reliance Jio Infocomm Limited, echoed this sentiment during the JioSpaceFiber launch: “Jio has enabled millions of homes and businesses in India to experience broadband internet for the first time. With JioSpaceFiber, we expand our reach to cover the millions yet to be connected. JioSpaceFiber will allow everyone, everywhere, to fully participate in the new digital society with gigabit access to online government, education, health, and entertainment services”.
The LEO constellation would extend this promise to even more remote locations, including Himalayan villages, island communities in the Andaman and Nicobar archipelago, and desert regions in Rajasthan where terrestrial infrastructure remains economically impractical.
Strategic Implications for India’s Space Sector
Reliance’s entry into LEO satellite communications represents a significant milestone for India’s emerging private space sector. The initiative aligns with the government’s broader vision of increasing private sector participation in space activities, which has been facilitated by policy reforms including the establishment of IN-SPACe and the opening of satellite launch services to private companies.
The project’s oversight by Mukesh Ambani personally signals the strategic priority that Reliance places on establishing sovereign capability in satellite communications. This mirrors the chairman’s approach to other critical infrastructure initiatives, including 5G deployment and fiber backbone expansion, where Reliance has consistently pursued first-mover advantage.
“Jio will do so with the same reliability, scale, and extreme affordability that transformed connectivity,” Ambani said at the India AI Summit, suggesting that the same principles that drove Jio’s telecommunications success would apply to satellite internet.
Challenges and Future Outlook
Despite the ambitious plans, the project remains at an exploratory stage according to industry sources, with no final timeline or investment amount officially finalized. Challenges include securing adequate launch capacity, managing orbital congestion, navigating complex regulatory requirements, and competing with established global players that have already deployed substantial constellations.
The company may also face competition from emerging Indian satellite companies backed by venture capital and government support, as well as potential entry by other Indian telecom operators seeking to develop their own satellite capabilities.
However, Reliance’s financial strength, organizational capabilities, and track record in rapid infrastructure deployment provide a significant competitive advantage. The company’s existing partnership with SES for medium Earth orbit services also provides a foundation of technical expertise and regulatory experience that could accelerate LEO constellation development.
Industry Leadership Perspective
Industry observers note that Reliance’s entry into LEO satellite communications could transform the competitive dynamics of India’s broadband market. “The company may want to have LEO satellites in place in two to four years, either by organic or inorganic means,” said one source familiar with the development, indicating Reliance’s flexibility in pursuing multiple pathways to market entry.
The strategic timing of the initiative, coming as India pushes for domestic space and broadband capacity, positions Reliance as a key player in the country’s technological sovereignty agenda. As Satcom becomes increasingly viewed as a strategic technology with both commercial and security importance, Reliance’s domestic capability could provide India with greater autonomy in critical communications infrastructure.
Closing the Connectivity Gap
Reliance Jio’s vision of satellites as “base stations in the sky” may yet become the foundation for India’s next digital revolution, one that extends beyond the reach of fiber cables and cellular towers. With Mukesh Ambani’s personal commitment and Reliance’s organizational firepower, the 1,650-satellite constellation represents not just a commercial venture but a national imperative for digital inclusivity.
The satellite internet race in India is just beginning, and Reliance Jio’s entry ensures that India will not depend solely on foreign operators for its space-based connectivity. Whether the company achieves its ambitious two-to-three-year deployment timeline remains to be seen, but the strategic direction is clear: India’s digital future will include a sovereign satellite constellation, built by Indian hands and serving Indian citizens.
As Akash Ambani promised at the JioSpaceFiber launch, “everyone, everywhere” will soon have the opportunity to fully participate in the new digital society. The LEO constellation is the bridge to that promise, connecting the connected and empowering the unconnected in equal measure.
Verghese V Joseph is a professional journalist and editor specializing in technology, industry, and corporate communications. He is based in Bengaluru and has covered India’s technology sector for over 15 years.
