India restricts China linked satellites as broadcasters shift to GSAT and Intelsat

AsiaSat approvals put a March 2026 deadline on the switch

India is moving broadcasters and teleport operators away from satellites with Chinese links, with permission for AsiaSat 5 and AsiaSat 7 running only until March 2026. As of November 6, 2025, major television networks are already shifting distribution to India's GSAT satellites and approved foreign systems, including Intelsat.

The Indian National Space Promotion and Authorization Centre (IN-SPACe), India's space sector regulator, has declined proposals from ChinaSat, APT Satellite ApStar, and Hong Kong based Asia Satellite Telecommunications to supply capacity in India. AsiaSat, which has served the Indian market for more than three decades, retains authorization for just those two spacecraft. New permissions have not been granted for several others, including AsiaSat 6, AsiaSat 8, and AsiaSat 9.

Zee Entertainment Enterprises confirmed that, by mid September 2025, it had moved services to GSAT 30, GSAT 17, and Intelsat 20 and was no longer using AsiaSat 7. JioStar has outlined a full migration of its channels, with a period when broadcasts run on both the old and replacement satellites so distribution partners can adjust their equipment.

The government frames the change around national security and the reliability of critical communications. Officials say domestic satellite capacity has improved, allowing India to reduce dependence on platforms with Chinese links without returning to the shortages that once made foreign capacity necessary.

For viewers, the intended result is continuity: the channels remain available while the infrastructure carrying them changes. For broadcasters, cable operators, and businesses using satellite connections, the transition involves new capacity contracts, equipment adjustments, and coordinated schedules before existing permissions expire.

Why satellite access has become a security issue

Indian officials treat satellites as critical communications infrastructure, alongside fiber networks, mobile systems, and undersea cables. Television distribution and enterprise connections depend on these systems, making control over their operation a concern extending beyond the space industry.

India previously faced a shortage of domestic transponders, the equipment on satellites that receives signals and sends them back to Earth. External satellites, including those with Chinese links, helped maintain services when Indian capacity was insufficient. Officials now say the supply has improved enough to support a different approach.

IN-SPACe has established a single approval process for foreign satellites serving India. The aim is to make it clear which operators carry Indian broadcast and communications traffic, under what permissions, and with what oversight. Legacy satellites seeking renewed authorization must also pass through this process.

Security planners identify two main concerns about foreign controlled platforms. Commands and telemetry, the information used to monitor a spacecraft, sit outside Indian jurisdiction. During a crisis, control of those systems could be restricted, interrupted, or influenced in ways that are difficult to detect or address.

Data carried through foreign infrastructure also faces risks from legal demands in other countries, cyber intrusion, pressure on suppliers, and covert interception. Encryption helps protect information, but some risks remain when both the satellite and its ground infrastructure operate beyond domestic oversight.

Tensions with China give these concerns greater weight. Space systems are increasingly tied to defense, navigation, and secure communications. India is favoring platforms under domestic control and foreign operators cleared through its approval process, while phasing the changes so customers can prepare.

How Zee, JioStar, and teleport operators are responding

Zee's move to GSAT 30, GSAT 17, and Intelsat 20 provides a concrete example of the transition already under way. Its confirmation that it no longer operates services on AsiaSat 7 places the company ahead of the March 2026 authorization deadline.

JioStar's migration plan covers its full channel lineup. It includes phased dual illumination, meaning the same content is transmitted through the old and new satellites at the same time. Cable distribution partners can then change their receiving arrangements before the old feed ends.

Teleport operators are arranging replacement leases on GSAT and approved foreign satellites. Teleports are ground facilities that collect channels and transmit them to satellites for onward distribution. Their work connects broadcasters with cable head ends, the facilities where cable operators receive and prepare channels for delivery to customers.

Companies still using AsiaSat 5 and AsiaSat 7 face the same visible deadline. Industry sources expect most migrations to finish well before March 2026, with schedules designed to avoid outages for broadcasters, cable operators, and enterprise customers.

AsiaSat is seeking more time

AsiaSat and its authorized Indian partner say they have applied to extend C band operations on AsiaSat 5 and AsiaSat 7. They have held multiple meetings with IN-SPACe, and discussions with the regulator are continuing.

The company points to more than 30 years of service to Indian broadcasters. Through its partner, it says it has a record of compliance in India, no history of noncompliance, and previous uplinks cleared by the relevant ministries.

AsiaSat also says it has not received a detailed explanation for the refusal of longer authorizations. As of November 6, IN-SPACe had not publicly detailed its reasons for rejecting individual satellites. The outcome of the extension applications was still undecided.

IN-SPACe's stated position is that every foreign satellite now requires explicit approval and that space is central to national security. Its confidence in available domestic capacity reduces the likelihood that operators will receive waivers based on claims of insufficient alternatives.

Broadcasters are proceeding with replacement arrangements while those discussions continue. AsiaSat's remaining authorization window allows existing customers time to complete their moves to GSAT or approved foreign capacity.

Moving a television signal takes more than a switch

Broadcasters begin a satellite migration by securing capacity on the replacement platform. They then establish a new uplink, the transmission from a ground station to the satellite, while leaving the existing service running.

Dual illumination gives downstream partners time to reorient receiving dishes, enter new transponder settings, and check signal quality. The broadcaster closes the old feed only after the replacement route has been confirmed. For a large network, coordinating hundreds of cable head ends across India can take weeks.

Much of India's television distribution backbone uses C band, a range of radio frequencies valued for its resilience during heavy rain. AsiaSat 5 and AsiaSat 7 have long carried Indian channels using this band. GSAT and Intelsat offer comparable C band coverage over the subcontinent, so migration generally involves retuning and, in some cases, minor dish alignment changes rather than rebuilding the receiving system.

Head end antennas point toward geostationary satellites roughly 36,000 kilometers above Earth in a belt over the equator. These satellites remain in a fixed position relative to the ground, allowing a dish to keep receiving them without tracking their movement across the sky.

Once a broadcaster supplies the replacement satellite's orbital position and transponder parameters, cable operators can acquire the new signal and check that its picture and sound are intact. Careful coordination matters because the same channel may be distributed through many receiving sites.

What viewers and business customers can expect

Direct to home customers and most television viewers should experience the change as work happening upstream, at uplink stations and cable head ends. Their operator continues supplying a stable channel lineup while broadcasters move the feeds used to deliver it.

Some cable operators may ask partners to rescan channels or arrange brief maintenance windows. Broadcasters normally keep both feeds running for a period so head ends can retune according to their schedules. The goal is uninterrupted viewing, with picture quality maintained. Replacement satellites may offer comparable or better coverage and capacity.

Enterprise networks follow a similar sequence. Companies using satellites for corporate connections, backup links, or remote operations arrange replacement capacity, configure their equipment, and transfer traffic once the new connection is stable. The old link remains available as a fallback during the change.

Banks, energy companies, and remote project sites must coordinate these moves around their service level agreements, which set the reliability customers expect from a connection. Vendors have established procedures for migrations, and uplink providers schedule changes outside busy periods where possible.

Business customers therefore face a technical planning exercise as well as a regulatory deadline. The government's intended benefit is a communications chain with fewer external dependencies and clearer accountability within India.

GSAT and the new approval framework

India's GSAT series, built and operated by the Indian Space Research Organisation, provides substantial capacity for national broadcasting and communications. Officials expect domestically controlled satellites to carry a growing share of Indian traffic as the country expands its own capability.

IN-SPACe operates under the Department of Space and now serves as the single window for authorizing foreign satellites in India. Applications cover technical parameters, orbital positions, coordination of radio frequencies, and security assessments. Existing platforms seeking renewal face the same requirements.

The framework puts the government's approach to digital sovereignty into practice. In this case, that means routing critical communications through satellites and ground stations controlled domestically or operated by foreign partners cleared for compliance and security.

Approved foreign capacity remains part of the system. Intelsat and Inmarsat have clearance for communications and broadcasting, while IPStar and OrbitConnect are also among providers approved to offer services. The restriction focuses on operators with Chinese links, rather than excluding every foreign satellite company.

Authorities say domestic satellites and trusted foreign partners together offer enough capacity for the transition. That supply is central to their argument that broadcasters can move without the shortages that previously limited India's choices.

Satellite broadband follows a parallel approval process

Starlink, Eutelsat OneWeb, Amazon Kuiper, and the Jio SES partnership are in line for satellite broadband services, pending final government approvals. Their planned services would add capacity for retail and enterprise customers as India's communications network expands.

The broadband expansion described in the policy picture includes constellations in low Earth orbit, commonly called LEO. Satellites closer to Earth can provide lower latency, meaning a shorter delay between sending information and receiving a response, than traditional geostationary systems.

LEO and geostationary systems serve complementary purposes. LEO constellations suit broadband connections in remote areas, connections for aircraft and ships on the move, and backhaul, the links that carry traffic from mobile networks into the wider communications system.

Geostationary platforms, often shortened to GEO, remain well suited to broadcasting and stable enterprise connections. Their broad coverage areas and consistent position help distribute the same television signal to many receiving stations.

GSAT and Intelsat therefore remain central to the current broadcast migration. Broadband expansion is another part of the national communications plan, while the immediate television task is to move existing traffic onto domestically controlled or approved foreign platforms.

India and China are expanding strategic space capabilities

China recently launched Yaogan 46, which independent analysts widely assess as supporting reconnaissance from a higher orbit. China describes the satellite as serving civilian purposes.

India, during the same period, launched CMS 03, its heaviest communications satellite to date, into geosynchronous transfer orbit. That is the transfer orbit used on the way to a spacecraft's intended operating position.

CMS 03 will cover the Indian subcontinent and nearby oceanic regions and support the Indian Navy with real time communications. Its coverage connects the expansion of India's space capability with military communications needs.

Both developments show the growing scale and strategic importance of space systems in Asia. India's shift in commercial satellite access forms part of an effort to prepare its communications network to withstand rising tensions, while expanding capacity under domestic control.

A $44 billion ambition brings costs as well as opportunity

IN-SPACe projects that India's space market could reach $44 billion by 2033, with the country's share of the global market rising from roughly 2 percent to about 8 percent. Those shares represent a fourfold increase in India's portion of the market.

Communications and broadcasting are expected to drive much of that growth, alongside Earth observation, navigation services, and applications built around space data and infrastructure. Reducing reliance on platforms linked to strategic rivals is intended to reduce risk as the industry expands and create more room for Indian satellites and ground facilities.

Broadcasters must still pay for the transition. Moving services can require new transponder leases, uplink reconfiguration, and coordination across thousands of receiving sites. Large networks regularly undertake such projects, while smaller teleport operators and regional broadcasters must manage the expense and deadline carefully.

Industry participants say clearer domestic supply and a stable regulatory environment can help offset those transition costs over time. Antenna suppliers, vendors of radio frequency equipment and monitoring systems, and technicians who retune and optimize networks could see demand from the work.

Foreign providers also retain opportunities in India. Several companies without Chinese links already hold approvals, and others may receive clearance following technical and security reviews. The government's approach combines tighter control of critical infrastructure suppliers with continued access to selected overseas capacity.

The milestones operators are working toward

Broadcasters and teleport operators have been told to stop using satellites with Chinese links as existing authorizations expire. The schedule combines completed migrations, work already under way, and the remaining approval window for AsiaSat's two permitted spacecraft.

• By mid September 2025: Zee Entertainment Enterprises confirmed its move to GSAT 30, GSAT 17, and Intelsat 20 and said it no longer used AsiaSat 7.
• As of November 6, 2025: JioStar had outlined a full channel migration using phased dual illumination, while other networks were arranging moves with the regulator and transmission partners.
• March 2026: Authorizations for AsiaSat 5 and AsiaSat 7 expire under the existing permissions.
• By 2033: IN-SPACe projects a $44 billion Indian space market and an increase in India's global share from roughly 2 percent to about 8 percent.

Industry sources expect most broadcast migrations to finish before the March deadline. The practical priority is to secure replacement capacity and confirm that receiving sites have reliable signals before old feeds close.

Final approvals for the planned broadband services remain a parallel part of the communications expansion. For television distribution, the immediate focus stays on GSAT and approved foreign geostationary satellites, with continuity for viewers and businesses guiding the changeover.

Key Points

• IN-SPACe has declined capacity proposals from ChinaSat, APT Satellite ApStar, and AsiaSat.
• AsiaSat 5 and AsiaSat 7 retain authorization only until March 2026. AsiaSat is seeking extensions.
• Zee moved to GSAT 30, GSAT 17, and Intelsat 20 by mid September 2025. JioStar plans a full migration with overlapping feeds.
• Officials cite national security and improved domestic capacity as reasons for the shift.
• Intelsat, Inmarsat, IPStar, and OrbitConnect are among approved foreign providers.
• Starlink, Eutelsat OneWeb, Amazon Kuiper, and the Jio SES partnership await final approvals for broadband services.
• Viewers should see little disruption as operators retune equipment and verify replacement signals.
• IN-SPACe projects India's space market could reach $44 billion by 2033.