DoT Clears Key Regulatory Groundwork for Satellite Broadband Services in India
India has cleared a major regulatory hurdle for commercial satellite broadband after the Digital Communications Commission approved key spectrum-pricing and assignment principles, moving operators including Starlink, Eutelsat OneWeb and Jio Satellite Communications closer to launching services in the country.
The Digital Communications Commission, the highest decision-making body within the Department of Telecommunications, has approved a framework under which satellite communication companies would pay a spectrum usage charge equivalent to 5% of adjusted gross revenue, with an effective 4% charge for services provided in designated rural and remote areas.
The framework also provides for satellite spectrum to be assigned administratively for an initial period of:
five years,
with the possibility of a:
two-year extension.
The decision removes one of the most important policy uncertainties facing India's satellite broadband market.
However, commercial services cannot begin immediately.
The proposed framework still needs to move through the remaining government approval process, including Union Cabinet approval, while individual operators must satisfy security, licensing and spectrum-assignment requirements before launching services.
For companies such as Starlink and Eutelsat OneWeb, security clearances remain one of the key outstanding hurdles.
Digital Communications Commission Approves Satellite Spectrum Framework
The latest decision was taken by the:
Digital Communications Commission, or DCC.
The DCC is the apex policy-making body within the Department of Telecommunications.
Its approval gives the government a clearer basis for determining:
spectrum pricing,
assignment periods,
commercial obligations,
and incentives for satellite operators serving difficult geographies.
The decision represents one of the most significant regulatory developments for India's satellite communications industry since the Telecommunications Act established administrative assignment as the preferred mechanism for specified satellite spectrum.
Satellite Spectrum Charge Set at 5% of AGR
Under the framework approved by the DCC, satellite communication providers would pay:
5% of annual adjusted gross revenue
as the spectrum usage charge.
Adjusted gross revenue, or AGR, is already an important concept within India's telecom regulatory framework.
Using AGR as the basis for satellite spectrum pricing links the cost of spectrum partly to the revenue generated by the operator rather than imposing only a fixed upfront payment.
This is particularly relevant for a new market where subscriber numbers, pricing and traffic volumes remain uncertain.
Rural and Remote Services Get 1 Percentage Point Relief
Operators serving designated rural and remote areas would receive an incentive.
The effective spectrum usage charge for qualifying services would fall to:
4% of AGR.
The one-percentage-point concession is intended to encourage satellite operators to expand into areas where terrestrial broadband economics are more difficult.
These could include:
border regions,
mountainous areas,
islands,
remote villages,
and sparsely populated districts.
Satellite connectivity is particularly well suited to such markets because it can provide broadband without requiring fibre to reach every location.
Government Favours Incentives Over Urban Surcharge
The final approach differs from some earlier recommendations considered during the policymaking process.
TRAI had recommended a framework involving a lower base charge but also proposed an additional levy linked to urban subscribers.
The DoT did not favour the urban surcharge structure.
Instead, the government has moved toward a higher headline charge combined with:
positive incentives for rural and remote coverage.
This reflects a policy preference for encouraging deployment in underserved areas rather than penalising operators for serving cities.
Spectrum Will Be Assigned Administratively
One of the most important aspects of India's satellite broadband framework is that spectrum will be:
administratively assigned rather than auctioned.
This represents a fundamental difference from the model India generally uses for terrestrial mobile spectrum.
Satellite operators argued that auctioning satellite spectrum would be difficult because the same frequencies can be used by multiple satellite systems across different geographic areas.
Administrative assignment is also widely used internationally for satellite services.
India's Telecommunications Act created the legal basis for assigning specified satellite spectrum through this route.
Assignment Period Will Initially Be Five Years
The approved framework provides for an initial satellite spectrum assignment period of:
five years.
That period could subsequently be extended by:
another two years.
A five-year term gives the government an opportunity to evaluate how the market develops before committing to a much longer pricing and allocation framework.
Satellite broadband remains an emerging commercial segment in India.
The government will therefore be able to review factors such as:
subscriber adoption,
market concentration,
technology development,
spectrum efficiency,
and service affordability.
Spectrum Assignment Remains Separate From Telecom Authorisation
India's new telecommunications framework makes an important distinction between:
service authorisation
and:
spectrum assignment.
Obtaining permission to provide satellite communication services does not automatically give a company the right to use specific radio frequencies.
Spectrum must be assigned separately under the applicable rules.
This means satellite companies must satisfy multiple regulatory layers before commercial services can begin.
They need the relevant telecommunications authorisation, spectrum assignment and security approvals.
Starlink Is One of the Major Companies Waiting to Launch
Elon Musk-led:
Starlink
is among the companies seeking to enter India's satellite broadband market.
The company operates one of the world's largest low-Earth-orbit satellite constellations.
Its service can deliver internet directly to customer terminals without requiring conventional fibre or mobile towers at the user location.
Starlink has spent several years seeking the approvals required to establish a commercial Indian operation.
The latest DCC decision removes one important policy uncertainty but doesn't by itself authorise a commercial launch.
Security Clearance Remains a Major Starlink Hurdle
Starlink still needs to satisfy India's security requirements.
Government agencies have been examining issues including:
network architecture,
data access,
traffic routing,
satellite control,
lawful interception,
and security monitoring.
The Ministry of Home Affairs and other agencies have raised questions that operators must address before receiving final approval.
Starlink's foreign ownership structure has also reportedly remained an area requiring regulatory examination.
These issues mean a commercial launch date still cannot be assumed.
Starlink Is Also Seeking Approval for Gen 2 Constellation
Starlink has separately been seeking Indian space-sector approval for its newer satellite architecture.
The company has reapplied to:
IN-SPACe
for authorisation relating to its next-generation constellation.
The Gen 2 system involves tens of thousands of potential low-Earth-orbit satellites and includes capabilities that could support newer services such as:
direct-to-device connectivity.
Space-sector authorisation and telecom approvals remain separate regulatory processes.
Eutelsat OneWeb Is Another Major Contender
Eutelsat OneWeb is another leading satellite broadband operator positioned to enter India.
The company has strong Indian strategic connections through Bharti Enterprises and has already built substantial regulatory and infrastructure readiness.
OneWeb operates a low-Earth-orbit satellite network designed to provide broadband connectivity to:
enterprises,
government users,
telecom operators,
mobility customers,
and remote locations.
Despite holding required licences, the company has not yet launched broad commercial satellite broadband services in India.
OneWeb Also Awaits Final Security Compliance
Like Starlink, Eutelsat OneWeb must satisfy final security requirements before commercial operations can begin.
Authorities have spent months examining compliance with security conditions applicable to foreign-controlled satellite networks.
These requirements can cover:
network monitoring,
gateway architecture,
traffic routing,
data localisation,
lawful interception,
and access for authorised government agencies.
Until those conditions are fully satisfied, spectrum availability alone will not enable commercial launch.
Jio Satellite Communications Is Also Preparing for the Market
Reliance-backed:
Jio Satellite Communications
is another important participant.
Jio's satellite strategy is linked with Luxembourg-based satellite operator:
SES.
The partnership combines Jio's large Indian telecommunications network and distribution capabilities with SES's satellite infrastructure.
Satellite connectivity could allow Jio to supplement its terrestrial:
5G,
fibre,
and fixed-wireless networks.
This creates the possibility of an integrated connectivity strategy covering both dense cities and remote regions.
Jio Could Use Satellite Broadband for Enterprise and Backhaul
Satellite broadband isn't limited to residential customers.
Potential applications include:
enterprise connectivity,
telecom backhaul,
industrial sites,
oil and gas facilities,
mining,
defence,
ships,
aircraft,
and emergency communications.
Jio could therefore use satellite services to extend connectivity beyond areas economically served by conventional fibre or mobile infrastructure.
The enterprise market may become one of the earliest commercial opportunities for Indian satellite operators.
Amazon Leo Is Also Targeting India
Amazon's satellite broadband venture, now known as:
Amazon Leo,
is also seeking entry into the Indian market.
The company is building a low-Earth-orbit constellation designed to provide broadband services globally.
Amazon remains at a different regulatory stage from some rivals and has been awaiting the necessary Indian telecommunications approvals.
Once licensed, it would still need spectrum and security clearances before launching commercial services.
Its eventual entry could add another large global competitor to the market.
Satellite Broadband Could Address India’s Connectivity Gaps
The strategic case for satellite broadband is strongest in areas where terrestrial networks are difficult or expensive to build.
India has made enormous progress in:
mobile broadband,
4G,
5G,
and fibre deployment.
However, connectivity gaps remain in:
mountainous areas,
islands,
forests,
border regions,
remote villages,
and isolated industrial locations.
Building fibre across difficult terrain can be slow and expensive.
Satellite systems can bypass much of that physical infrastructure.
Satellite Internet Does Not Require Fibre to Every User
A conventional fixed-broadband network generally requires fibre or another wired connection relatively close to the customer.
Satellite broadband works differently.
A customer terminal communicates directly with satellites overhead.
Those satellites then connect traffic through:
ground gateways,
inter-satellite links,
or a combination of both.
This can dramatically reduce the amount of last-mile terrestrial infrastructure required.
The technology is therefore attractive for locations where geography makes normal broadband deployment uneconomic.
Low-Earth-Orbit Satellites Improve Broadband Performance
Modern satellite broadband systems increasingly use:
low-Earth-orbit, or LEO, satellites.
These satellites orbit much closer to Earth than traditional geostationary communication satellites.
Their lower altitude can reduce:
latency
and improve:
responsiveness.
This makes LEO satellite broadband more suitable for applications such as:
video calls,
cloud services,
remote working,
online education,
and business connectivity.
Large constellations are needed because individual LEO satellites move rapidly across the sky.
Geostationary Satellite Services Already Operate in India
Satellite communications aren't new to India.
Geostationary satellite networks already support services including:
VSAT connectivity,
broadcasting,
enterprise communications,
and telecom backhaul.
Companies such as Hughes and Nelco have long operated satellite-based connectivity services.
The major change now is the planned entry of large non-geostationary constellations capable of providing higher-speed broadband to a much larger range of users.
That could significantly expand the addressable satellite communications market.
Existing Operators Pay Spectrum Charges Around 3–4%
Traditional geostationary fixed-satellite providers have historically paid spectrum-related charges broadly around:
3%–4% of AGR,
depending on the applicable regulatory structure.
The proposed 5% rate for new satellite broadband services therefore represents a meaningful operating cost.
The economics will need to be considered alongside India's existing:
licence fees,
taxes,
equipment costs,
gateway infrastructure,
and distribution expenses.
Affordability will be a critical factor in determining mass-market adoption.
Satellite Providers Had Sought Lower Charges
Satellite companies and industry groups had argued for relatively low spectrum charges.
Their reasoning was that satellite broadband still faces high infrastructure and terminal costs and is intended partly to connect areas where customer density is low.
A high regulatory burden could make rural services less economically attractive.
The government's final balance therefore needs to generate public revenue without making satellite broadband prohibitively expensive.
The rural discount appears designed partly to address this concern.
Affordability Will Determine Consumer Adoption
India is one of the world's most price-sensitive telecommunications markets.
Mobile data prices are extremely low compared with many developed economies.
Satellite broadband therefore faces a difficult challenge if it attempts to compete directly with:
fibre,
5G fixed wireless,
or inexpensive mobile data
in major cities.
Its strongest initial consumer proposition may instead be in locations where those alternatives aren't available or reliable.
Pricing of user terminals will be equally important.
Satellite Terminals Could Be a Major Cost Barrier
A satellite broadband connection generally requires a dedicated customer terminal.
This can include:
an antenna,
router,
power equipment,
and installation.
The upfront equipment cost can be significant relative to average Indian broadband spending.
That creates a challenge in rural areas, where satellite connectivity may be most valuable but household purchasing power may be lower.
The government's policy discussions have therefore included ways of improving rural affordability.
Government Has Not Adopted Direct Terminal Subsidy Proposal
TRAI had previously considered proposals for supporting satellite terminals in underserved locations through mechanisms such as:
the Digital Bharat Nidhi
or:
direct financial assistance.
The government has not adopted that subsidy approach in the current framework.
Instead, it is using a lower spectrum charge for services delivered in eligible rural and remote areas.
Whether that is sufficient to make satellite broadband affordable will depend on commercial pricing by the operators.
Satellite Broadband Can Support Digital Inclusion
The policy objective extends beyond commercial competition.
Satellite broadband could support:
schools,
health centres,
government offices,
border posts,
remote businesses,
and communities
that remain difficult to connect through conventional networks.
Reliable broadband can enable:
telemedicine,
digital education,
online banking,
e-governance,
and emergency communications.
This gives satellite infrastructure a strategic role in India's wider digital inclusion agenda.
Disaster Recovery Is Another Important Application
Satellite networks are also valuable when terrestrial infrastructure fails.
Floods, earthquakes, landslides and severe storms can damage:
fibre,
mobile towers,
power networks,
and roads.
Satellite terminals can potentially restore connectivity rapidly without waiting for local telecom infrastructure to be rebuilt.
This makes satcom important for:
disaster-management agencies,
government departments,
emergency services,
and critical infrastructure operators.
Defence and Border Connectivity Increase Security Sensitivity
The same characteristics that make satellite broadband useful also create national-security concerns.
Satellite networks can operate across large geographic areas and may depend on infrastructure controlled outside India.
Authorities therefore need visibility into:
network traffic,
subscriber identity,
gateway locations,
lawful interception,
and system control.
This explains why security approvals have become one of the final major barriers to commercial launch.
India Wants Domestic Control Over Critical Network Functions
Government security requirements are intended to ensure that Indian authorities retain sufficient oversight over networks operating within the country.
Regulators may require operators to demonstrate how:
traffic is routed,
subscriber data is stored,
interception requests are processed,
and satellite resources are controlled.
These requirements can be especially complex for global satellite constellations designed around highly distributed infrastructure.
Operators may therefore need to adapt parts of their global architecture specifically for India.
Administrative Assignment Was a Major Industry Debate
For years, one of the largest policy disputes surrounding Indian satellite broadband was whether spectrum should be:
auctioned
or:
administratively assigned.
Indian terrestrial telecom operators have paid enormous amounts for mobile spectrum through auctions.
Some argued that satellite companies should face a comparable process.
Satellite operators countered that shared satellite frequencies have fundamentally different technical characteristics and are administratively assigned in most major global markets.
India ultimately chose administrative assignment for specified satellite services.
Spectrum Pricing Now Becomes More Important Than Auction Debate
With the assignment mechanism largely settled, attention has shifted toward:
how much operators should pay.
Even without an auction, the government can impose:
revenue-linked charges,
minimum fees,
and other conditions.
The 5% AGR decision therefore becomes one of the most important commercial variables influencing the economics of the sector.
Operators will need to incorporate the cost into pricing and investment decisions.
New Telecom Rules Modernise India’s Authorisation Framework
The satellite decision is also taking place within a broader overhaul of India's telecommunications regulation.
The government has introduced new authorisation and spectrum-assignment rules under the:
Telecommunications Act, 2023.
The framework replaces significant portions of the older licence architecture derived from the Indian Telegraph Act.
The objective is to create a more modern system for:
authorisations,
spectrum management,
security,
and digital regulatory administration.
Authorisations Are Moving to Digital Platforms
The DoT has also introduced digital systems for new telecommunications authorisations.
Applicants can use a unified online framework for multiple categories of telecom services.
The broader shift is intended to:
simplify licensing,
reduce administrative complexity,
and make regulatory processes more transparent.
Satellite operators will still face specialised security and spectrum requirements because of the nature of their networks.
India Could Become a Large Satellite Broadband Market
India represents an unusually attractive potential market for satellite companies.
The country combines:
a population exceeding 1.4 billion,
rapid digital adoption,
large rural regions,
significant geographic diversity,
and a rapidly growing digital economy.
Even if satellite broadband captures only a small percentage of India's total internet connections, the number of potential customers could be substantial.
Enterprise and government demand expands the opportunity further.
Satellite Broadband Will Complement, Not Replace, Fibre and 5G
Satellite services are unlikely to replace India's terrestrial telecom networks.
Fibre and mobile networks remain more economical in dense urban areas where large numbers of customers can share infrastructure.
Satellite broadband is more likely to:
complement
those networks.
It can reach locations where terrestrial infrastructure is unavailable, provide redundancy and connect mobile or geographically dispersed assets.
The strongest operators may therefore combine multiple connectivity technologies.
Telecom Operators Could Use Satellites for Network Backhaul
One important commercial application is:
mobile backhaul.
A telecom operator can connect a remote mobile tower to its core network using satellite bandwidth.
This allows the company to provide normal mobile service locally even when fibre doesn't reach the tower.
Satellite backhaul could therefore indirectly expand 4G and 5G coverage.
This is particularly useful in mountainous, island and border regions.
Enterprise Market Could Develop Before Mass Consumer Market
Satellite broadband's first large commercial opportunity in India may come from:
enterprise,
government,
aviation,
maritime,
and telecom customers
rather than individual households.
These users are often willing to pay more for connectivity because lack of service can disrupt operations.
For example, satellite broadband can connect:
mines,
construction sites,
ships,
remote factories,
and energy installations.
Such applications can support operators while consumer pricing gradually becomes more affordable.
Airlines and Maritime Services Create Additional Opportunity
Modern satellite constellations can also provide broadband to:
aircraft
and:
ships.
Passengers increasingly expect high-speed internet during travel.
Airlines and maritime companies therefore represent potentially valuable customers.
India's large aviation market and extensive coastline create meaningful opportunities for such services.
These mobility applications could become important revenue streams alongside fixed broadband.
Competition Could Eventually Pressure Satellite Prices
Starlink, OneWeb, Jio Satellite and potentially Amazon Leo create the possibility of significant competition.
If several networks launch, operators will compete on:
pricing,
coverage,
terminal costs,
speed,
reliability,
enterprise services,
and distribution.
Competition could gradually reduce customer costs.
However, operators will also need enough revenue to recover the enormous capital expenditure required to build and maintain global satellite constellations.
Commercial Launch Still Requires Several Steps
The DCC approval is therefore important but should not be interpreted as the immediate start of satellite broadband.
Several steps remain.
The framework must proceed through:
remaining government approvals,
including Cabinet consideration,
followed by final pricing and assignment procedures.
Individual companies must then satisfy:
licensing,
security,
space-sector,
and spectrum requirements.
Only after those conditions are fulfilled can operators begin commercial service.
Security Approvals Could Determine Launch Timing
The biggest uncertainty is now less about whether India will permit satellite broadband and more about:
when individual operators will satisfy the final conditions.
Security clearance is particularly important.
Companies that resolve those requirements earlier could gain a first-mover advantage.
They would have an opportunity to build:
distribution,
enterprise contracts,
government relationships,
and consumer awareness
before the market becomes more crowded.
Conclusion
India has cleared one of the most important regulatory hurdles for satellite broadband after the Digital Communications Commission approved key spectrum-pricing and assignment principles for commercial satcom services.
The approved framework provides for a 5% spectrum usage charge on adjusted gross revenue, with an effective 4% charge for qualifying rural and remote services, while spectrum would initially be assigned for five years with a possible two-year extension.
The decision brings companies including Starlink, Eutelsat OneWeb and Jio Satellite Communications closer to entering India's commercial satellite broadband market, while Amazon Leo is also seeking to participate.
However, the regulatory process isn't complete. The framework still requires further government action, including Cabinet approval, and individual operators must satisfy security and spectrum-assignment conditions before commercial services can begin.
For India, satellite broadband represents more than another telecommunications product. It could extend high-speed connectivity to remote villages, islands, border areas, enterprises, ships, aircraft and locations where fibre and conventional mobile networks remain difficult to deploy.
The DCC decision therefore marks a major transition in India's satcom strategy: the debate is moving away from whether satellite broadband should be allowed and increasingly toward how quickly operators can meet the final security, commercial and regulatory requirements needed to switch their networks on.