India’s satellite internet race is becoming a major test of technology, regulation and competition. Bharti Enterprises chairman Sunil Bharti Mittal has said that Eutelsat OneWeb should be ahead of Starlink in the queue for final approvals because his company applied years earlier and has had ground infrastructure ready for several years. His comments come amid public debate about Elon Musk’s Starlink and allegations that powerful local businesses are obstructing its entry. The government has rejected claims of bias and says providers must complete the required regulatory, security and spectrum processes.

Behind the headlines is a bigger question: how can India expand reliable internet access across a country with dense cities, remote villages, mountains, islands, forests and long coastlines? Satellite broadband could help reach places where building fibre or extending mobile networks is difficult. But satellites are not a magic replacement for existing networks. Their role will depend on cost, capacity, latency, spectrum, ground infrastructure and how well they work alongside fibre and mobile broadband.

Why the competition matters

Satellite internet uses satellites to connect customers to the wider internet. Modern low Earth orbit, or LEO, systems operate much closer to Earth than traditional geostationary satellites. That shorter distance can reduce latency, making online activities such as video calls, cloud applications and interactive services more practical. A network of many satellites can also provide coverage across large geographic areas, including locations that are expensive to connect through terrestrial infrastructure.

Several companies are competing to offer satellite communication services in India. Eutelsat OneWeb is backed by the Bharti group and operates a low Earth orbit constellation. Starlink, operated by SpaceX, has built a large global network. Reliance Jio has also pursued satellite communications, while Amazon’s satellite initiative, now known as Amazon Leo, is another international contender. Each company has its own technology, commercial strategy and investment priorities.

The stakes extend beyond selling internet connections to individual households. Satellite links can support businesses, ships, aircraft, remote industrial sites, emergency response teams, schools, healthcare facilities and government operations. For telecom companies, satellite capacity may complement existing mobile and fibre networks. For customers, it could provide another option where traditional broadband is unreliable or unavailable.

What Sunil Mittal is arguing

Mittal’s recent comments focus on the sequence of regulatory applications. He has said that OneWeb applied for approvals around five years ago, that its ground network has been ready for around three years, and that its satellites have been positioned over India for years. From his perspective, the time already spent preparing infrastructure and seeking permission supports the case for receiving final clearance before a later applicant.

That argument is understandable from a business perspective. Companies invest in satellites, gateways, network operations and customer plans well before they can earn commercial revenue. When a system is built and waiting for permission to operate, delays can raise costs and postpone returns. A company that has been waiting longer may reasonably want a clear timeline and a transparent explanation of what remains outstanding.

But application order is only one part of a regulatory decision. Authorities may need to assess security requirements, spectrum use, network architecture, lawful access obligations, interference risks and other conditions. A company can have satellites in orbit and ground facilities ready without automatically having permission to offer a commercial service in every market. The important policy question is whether the requirements are clear, proportionate and applied consistently.

Starlink’s challenge in India

Starlink has attracted attention because of its global reach and its potential to serve customers beyond conventional broadband footprints. Its network could be valuable in remote regions, for businesses operating far from cities, and for users who need a connection where terrestrial infrastructure is limited. But a global satellite network still has to comply with the rules of each country where it wants to provide service.

India’s regulatory environment includes licensing, security reviews and spectrum-related decisions. Receiving one authorisation does not necessarily mean a provider can immediately begin commercial service. The company must meet the applicable conditions and receive the remaining permissions required for its specific offering. That distinction matters because headlines about a licence or an approval can give the impression that a launch is imminent even when other steps remain.

Starlink’s public criticism of delays has added a political dimension to what might otherwise be a technical and administrative process. Musk has alleged that powerful Indian business interests are standing in the way of the service. The Indian government has denied that the process is biased and has said providers are subject to the same broad framework. Such competing claims should be evaluated carefully rather than treated as established facts without evidence.

For Starlink, the practical task is to complete the outstanding requirements and demonstrate that its network can operate under Indian rules. For regulators, the challenge is to explain the process clearly enough that applicants, investors and consumers can understand what is pending and why. Transparent timelines and consistent standards can reduce speculation and help maintain confidence in the market.

Why spectrum and security are central

Spectrum is a limited public resource used by wireless systems to transmit information. Satellite broadband providers need access to suitable frequencies under conditions that prevent harmful interference and support orderly use. Decisions about spectrum affect technical performance, service quality, coverage and the commercial model available to operators.

Security requirements are also important. Satellite networks can cover wide areas and depend on complex systems spanning spacecraft, ground stations, user terminals and network operations. Regulators may need to ensure that services comply with lawful requirements, protect sensitive infrastructure and provide the necessary oversight. These questions are not unique to one company, and they deserve a serious assessment regardless of the provider’s size or nationality.

At the same time, security should not become an unexplained source of indefinite delay. A credible process should identify the applicable requirements, give applicants a practical route to compliance and communicate decisions consistently. When a review cannot be discussed in full publicly, authorities can still provide general information about the stages involved and the standards that apply.

OneWeb’s potential role

Eutelsat OneWeb has positioned itself as a satellite connectivity provider capable of serving enterprise, government, telecom and other institutional customers. Its relationship with Bharti gives it a connection to a major Indian telecom group, while its satellite network is designed to provide broad coverage. Rather than relying only on direct-to-consumer sales, its business can include partnerships with service providers and organisations that need connectivity in difficult locations.

That approach could be useful in India, where many customers already receive internet through mobile operators, local providers or enterprise networks. Satellite links can help extend those networks to remote sites or provide backhaul where laying fibre is difficult. A telecom operator may use satellite capacity to connect a distant tower, while an enterprise may use it to link a mine, factory, research facility or logistics hub.

However, readiness must be measured in more than the number of satellites in orbit. Commercial service requires a functioning end-to-end system, appropriate spectrum access, authorised gateways, customer equipment, support operations and a business model that customers can afford. A network can be technically impressive but still face challenges around pricing, capacity, installation and local service delivery.

Jio and Amazon add to the competitive picture

India’s satellite internet market is not simply a contest between Mittal and Musk. Jio’s interest matters because it has a large existing telecom customer base and experience in building consumer-facing digital services. Amazon’s satellite plans could also add competition as its broader cloud and logistics ecosystem develops. The exact shape of the market will depend on which services each provider offers, which customers they target and how quickly they can meet local requirements.

Competition could encourage providers to improve service quality, develop better equipment, expand coverage and offer more flexible packages. It may also create opportunities for partnerships with local telecom operators, data centre businesses, equipment manufacturers and system integrators. Yet the market may not support identical business models for every provider. Some may focus on households, while others concentrate on enterprises, government customers or wholesale connectivity.

For India, the objective should not be to declare a winner before services have launched. It should be to establish a fair framework in which qualified providers can compete, consumers have meaningful choices and national requirements are met. A transparent process can help companies plan investment and prevent the debate from becoming a contest of public accusations.

Where satellite internet can make a difference

One of the strongest arguments for satellite connectivity is geography. Fibre networks are powerful and often cost-effective where population density is high, but laying cable across mountains, forests, islands or sparsely populated areas can be expensive and slow. Satellite links can provide coverage without requiring a continuous terrestrial cable route to every location.

Rural schools and healthcare facilities could benefit when they lack dependable broadband. Remote communities may gain better access to online learning, telemedicine, digital public services and market information. Farms and businesses outside major cities could use connected equipment and cloud tools. Ships and aircraft can benefit from connectivity while moving through areas where terrestrial networks are unavailable.

Emergency response is another possible use. Floods, cyclones, earthquakes and landslides can damage mobile towers and fibre routes. Satellite connections may help responders coordinate when local infrastructure is disrupted, provided the equipment is available, powered and integrated into emergency plans. This is a resilience benefit, not a guarantee that every satellite service will remain available in every disaster.

Satellite broadband can also support industrial and national infrastructure. Energy projects, transport corridors, border areas and research stations may need reliable links in locations where terrestrial deployment is difficult. In these cases, customers may value availability and coverage more than the lowest possible consumer price.

Satellite internet will not replace fibre and mobile networks

It is tempting to describe satellite broadband as a solution for every connectivity problem, but different technologies serve different needs. Fibre can deliver very high capacity with low latency and is often the preferred option in dense areas where construction is practical. Mobile networks provide convenient access for people on the move and can serve large populations through shared infrastructure. Satellite networks can extend coverage and provide alternatives where terrestrial options are limited.

Satellite capacity is also shared and constrained by technical factors. Performance can vary with network load, geography, spectrum availability, equipment and the number of users in a service area. User terminals need a suitable view of the sky and a source of power. Hardware and monthly service charges can be significant for households with limited budgets.

The best national connectivity strategy is therefore likely to combine technologies. Fibre can carry large volumes of traffic between cities and across core networks. Mobile systems can provide broad local access. Satellite services can fill gaps, support mobility and add resilience. The value comes from using each technology where it makes the most sense, not from assuming one will eliminate the need for the others.

Affordability will determine adoption

Coverage alone does not create digital inclusion. A service must be affordable to install and maintain, and customers need devices, electricity and digital skills to use it effectively. If satellite broadband is priced mainly for businesses and wealthier households, it may be highly useful in its target market without immediately becoming a mass-market alternative for every village.

Providers can explore different models to widen access. These may include shared community connections, partnerships with local internet service providers, enterprise-funded deployments, public-sector contracts and packages designed for schools or healthcare facilities. Whether these models succeed will depend on actual costs, demand, service quality and the availability of local support.

Policymakers can help by encouraging infrastructure sharing where practical, maintaining clear spectrum rules and ensuring that universal connectivity programmes are evaluated on real outcomes. A connected school needs more than a satellite terminal: it needs power, suitable devices, trained staff and useful services. Connectivity is an essential foundation, but its impact depends on what people can do with it.

What the race means for Indian businesses

For businesses, satellite broadband could reduce the connectivity disadvantage faced by remote operations. A company may be able to connect a warehouse, construction site, tourism property or agricultural operation without waiting for a new terrestrial line. Reliable connectivity can support inventory systems, video meetings, remote monitoring, cloud applications and communication between dispersed teams.

Companies should nevertheless assess each deployment on its requirements. They should compare latency, expected throughput, uptime, installation complexity, power needs, equipment costs and support arrangements. A backup satellite link may be valuable even when fibre is the primary connection. For other businesses, mobile broadband or fixed wireless may be sufficient and less expensive.

Enterprises should also consider resilience and security. A connectivity plan should define what happens if a link fails, how sensitive data is protected and who is responsible for maintaining equipment. Satellite internet is a tool within a broader IT strategy, not a substitute for sound network design.

What to watch next

The next phase of India’s satellite internet story will depend on the completion of remaining approvals, spectrum decisions and the ability of operators to launch services commercially. It will be worth watching for clear regulatory announcements rather than relying only on company statements or social media exchanges. The distinction between preliminary authorisation and permission to sell a service should remain central to how progress is reported.

Pricing and service plans will be equally important. Once offerings are available, consumers and businesses can compare equipment costs, monthly fees, performance, coverage and support. Actual customer experience will reveal more than launch-day promises. Providers will need to demonstrate that their systems work reliably in Indian conditions and can scale sustainably.

Another key question is how the market divides between consumer and enterprise services. A provider might find stronger early demand from businesses, government agencies or telecom partners than from individual households. Different customer groups have different needs, budgets and expectations, so market success may not be measured by a single subscriber number.

Finally, India’s regulatory process will be watched by global investors and technology companies. Consistent rules can encourage long-term infrastructure investment, while unclear timelines can increase uncertainty. Fair competition does not mean skipping security checks. It means making the requirements understandable, applying them consistently and reaching decisions without unnecessary delay.

The bigger picture

India’s satellite internet race is about more than which company receives approval first. It is about how the country balances competition, national security, technological ambition and the goal of connecting people who remain underserved. Sunil Mittal’s argument that OneWeb deserves to be ahead in the queue reflects the commercial frustration of waiting after years of investment. Starlink’s ambitions reflect the scale of opportunity that a large, underserved and digitally active market can represent. Jio and Amazon add further competitive pressure.

There is room for multiple providers if they serve different needs and compete under clear rules. Satellite networks could help connect remote communities, support critical operations and strengthen the resilience of India’s wider communications system. But they will have to demonstrate value through reliable service, sensible pricing and partnerships that make the technology useful on the ground.

The best outcome for India is not simply an early launch or a headline-grabbing rivalry. It is a transparent approval process, healthy competition and connectivity that delivers practical benefits to people and businesses. When the remaining clearances are resolved and services begin operating, the real test will be whether satellite broadband can become a dependable part of India’s digital infrastructure.

What do you think? Should India prioritise applicants based on when they applied, or should final approvals depend entirely on completing the same technical and security requirements? And where could satellite internet make the biggest difference: remote villages, businesses, transport, or emergency response?

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