Dr. Shariful Haque Priom
India is preparing for a major leap in the global satellite internet race as billionaire industrialist Mukesh Ambani reportedly moves forward with plans to build a massive low-Earth orbit (LEO) satellite constellation through Reliance Jio. If approved, the project could place India among a select group of nations capable of operating large-scale satellite broadband networks, while also reducing dependence on foreign-controlled communications infrastructure.
According to reports, Reliance Jio intends to deploy approximately 1,600 satellites into low-Earth orbit at an altitude of around 650 kilometers. The ambitious venture would place the company in direct competition with Elon Musk’s Starlink and Amazon’s Project Kuiper, which are currently among the most prominent players in the rapidly expanding satellite internet market.
The proposed network is reportedly under review by India’s National Space Promotion and Authorization Center (IN-SPACe), the government agency responsible for regulating and promoting private-sector participation in the country’s space industry. If approved, the constellation would represent one of the largest private space projects ever undertaken by an Indian company.
Reliance Jio has already transformed India’s telecommunications landscape over the past decade. By offering affordable mobile data and expanding broadband connectivity across the country, the company emerged as the dominant force in India’s telecom sector. Now, it appears determined to extend that influence beyond Earth’s surface.
The planned satellite constellation would enable Jio to provide internet connectivity in regions where traditional telecommunications infrastructure is difficult or expensive to deploy. Remote villages, mountainous regions, offshore locations, and disaster-affected areas could all benefit from satellite-based broadband services.
Unlike conventional networks that rely on cell towers and fiber-optic cables, LEO satellite systems transmit data directly from space, making them capable of reaching virtually any location with a clear view of the sky. Such systems are increasingly viewed as critical infrastructure for modern economies, especially in countries with vast territories and uneven connectivity.
The move could allow Reliance Jio to offer seamless internet coverage nationwide while also exploring international markets in the future.
While commercial opportunities are significant, analysts believe national security considerations are playing an equally important role in the project.
The performance of Starlink during the Russia-Ukraine conflict demonstrated the strategic importance of satellite communications. Starlink’s network provided vital connectivity to Ukrainian military and civilian users after traditional communications infrastructure was disrupted. However, the situation also highlighted the influence private companies can exert over critical communications systems.
Governments worldwide have increasingly questioned the wisdom of depending on foreign-owned satellite networks for essential communications. Concerns range from service interruptions and geopolitical pressure to data security and national sovereignty.
Indian policymakers reportedly view a domestic satellite constellation as a way to ensure that critical communications infrastructure remains under national control. This aligns with New Delhi’s broader efforts to strengthen technological self-reliance across sectors such as telecommunications, defense, semiconductor manufacturing, and digital services.
According to reports, Indian authorities have expressed concerns about satellite networks that route data through international systems beyond domestic oversight. A sovereign satellite communications network could help address such concerns while giving India greater control over its digital infrastructure.
The satellite internet market has become one of the most competitive arenas in the global technology industry.
Starlink, operated by SpaceX, currently leads the sector with approximately 10,000 satellites in orbit and millions of customers worldwide. The company has rapidly expanded its services across multiple continents and continues to launch additional satellites regularly.
Amazon’s Project Kuiper is another major competitor. Although still in the deployment phase, the company plans to operate a constellation of more than 3,000 satellites and leverage Amazon’s extensive technological and financial resources.
Reliance Jio’s proposed 1,600-satellite network would immediately place it among the world’s largest satellite broadband operators. While smaller than Starlink’s existing constellation, it would still represent a formidable presence in the market.
Industry experts note that satellite internet demand is expected to grow significantly in the coming decade as governments, businesses, airlines, shipping companies, and consumers seek reliable connectivity regardless of location.
Direct-to-device communication is also emerging as a major technological trend. Future satellite systems may allow ordinary smartphones to connect directly to satellites without requiring specialized ground equipment. If Jio incorporates such capabilities into its network, it could fundamentally reshape mobile connectivity across India.
Reports suggest that the Indian government is likely to support Reliance Jio’s efforts to secure orbital slots and radio spectrum through filings with the International Telecommunication Union (ITU).
Orbital positions and spectrum allocations are among the most valuable resources in the satellite industry. As the number of satellites in orbit increases, competition for these resources has intensified.
Governments frequently play a crucial role in helping domestic companies secure access to international spectrum rights. In Jio’s case, official backing could strengthen India’s position in an increasingly crowded and strategically important domain.
The project is reportedly viewed not only as a business opportunity but also as part of India’s long-term geopolitical strategy. A successful constellation would give the country greater independence in communications infrastructure while enhancing its influence in the global space economy.
Building a constellation of 1,600 satellites would require enormous financial and technical resources.
Estimates suggest the project could cost between $10 billion and $15 billion, making it one of the most expensive private investments in India’s technology sector. The deployment process could take approximately three years, depending on regulatory approvals, manufacturing schedules, launch availability, and operational testing.
The challenges are considerable. Thousands of satellites must be manufactured, launched, monitored, and maintained. Ground stations, network management systems, and user terminals must also be developed and deployed.
Nevertheless, Reliance Industries possesses substantial financial strength and experience executing large-scale infrastructure projects. The company has repeatedly demonstrated its ability to enter established industries and rapidly gain market share.
The proposed constellation reflects India’s broader emergence as a significant space power. Over the past decade, the country has achieved notable milestones through its national space program and an expanding private-sector ecosystem.
Indian space startups have attracted growing investment, while government reforms have encouraged greater private participation in launch services, satellite manufacturing, and space-based applications.
Mukesh Ambani’s satellite initiative could become one of the defining projects of this transformation. If successful, it would not only challenge foreign competitors in the satellite internet market but also provide India with a sovereign communications layer in space—an increasingly valuable asset in an era where connectivity, security, and technological independence are deeply intertwined.
As nations race to establish their presence in low-Earth orbit, India appears determined to ensure that it is not merely a customer of global satellite networks but a leading player shaping the future of space-based communications.
