RSS-affiliate urges Centre to deny Starlink licence over security concerns

Starlink is a satellite broadband service owned by Elon Musk. It uses satellites to provide internet connectivity, including in places where ordinary cable, fibre, or mobile networks may be difficult to build. The article discusses Starlink because its proposed Indian service could operate across wide areas and raise questions about government control during emergencies.

A Starlink terminal on the ground communicates with satellites overhead. The satellites can relay data toward another satellite or a ground station before the connection reaches the user. The article specifically highlights laser links, which let satellites transmit data directly to one another before reaching a ground station.

The article does not give Starlink’s satellite count or a launch timetable for India. It says the Union government is being urged to deny commercial permission unless Starlink meets national security requirements. The central issue is whether services could be restricted in selected areas when authorities consider that necessary.

The Swadeshi Jagran Manch is asking India to deny Starlink a licence because it questions whether satellite internet can be restricted in specific areas. SJM says internet shutdowns can sometimes be needed during riots, separatism, terrorism, protests, and other law-and-order situations. Its concern is that social media may spread rumours and inflammatory or anti-national narratives during these events.

The organisation also focuses on Starlink’s laser links. These links can pass data directly between satellites before it reaches a ground station. SJM wants assurances that domestic internet traffic will use gateways inside India, rather than moving through foreign infrastructure that could complicate lawful monitoring. It also raises concerns about unauthorised terminals near sensitive borders and conflict zones.

SJM argues that India’s existing mobile and broadband networks are affordable and can be restricted when required. It urges the government to deny a licence if Starlink cannot meet national security requirements, while supporting eventual indigenous satellite internet for remote areas.

The article does not state how many satellites Starlink has, so no network-size figure can be given from the supplied text. It describes Starlink as a satellite broadband service and focuses on its possible reach and security implications in India. Satellite coverage can extend across large areas, including places where ground networks are difficult or expensive to build.

Terrestrial mobile and broadband services depend on infrastructure such as towers, fibre, cables, and local network equipment. Satellite internet instead uses a user terminal and satellites overhead, with data relayed through satellites and ground stations. This can make service available across areas that are poorly served by conventional telecom networks, although actual access still depends on equipment, licensing, and operating conditions.

The article presents India’s domestic networks as affordable and workable, while saying indigenous satellite services could eventually connect remote areas. It does not compare coverage maps, capacity, prices, or satellite totals. The policy question is therefore less about a stated network size than about control, routing, and security.

Inter-satellite laser links are connections that allow one satellite to send data directly to another using lasers. The article says Starlink uses them before information reaches a ground station. This matters because the path taken by domestic traffic can affect how authorities monitor, regulate, or restrict communications.

SJM fears that traffic could move through foreign infrastructure instead of gateways within India. If data bypasses domestic gateways, Indian authorities may have less direct visibility into its route and may face greater difficulty applying lawful monitoring or targeted restrictions. The concern is not that lasers themselves create content, but that they can change the network path used to carry it.

The article does not establish that Starlink would evade Indian controls. It says authorities need assurances about routing and area-specific restrictions before licensing the service. The forward issue is whether technical and legal conditions can ensure national security while preserving reliable connectivity.

The concern is that authorities may lose a tool they sometimes use during serious law-and-order crises. SJM says internet services are frequently suspended during separatism, terrorism, riots, protests, and similar events to limit rumours and inflammatory social-media content. If a satellite service continued everywhere, local restrictions might not work as intended.

The article gives no specific incident in which Starlink caused such an outcome. Instead, SJM asks whether Starlink’s technology would allow services to be restricted in selected areas at the government’s direction. The mechanism at issue is control: authorities need a way to apply restrictions geographically, while satellite signals may cover broad areas and use routes beyond ordinary telecom systems.

The article also notes that the Supreme Court recently ordered the government that internet facilities should function unhindered in cases involving illegal detentions and curtailed public movement during protests. This creates a wider policy tension between public order, security measures, and continued access to communications.

Starlink terminals are user equipment that can connect to a satellite broadband network. SJM fears actors operating outside lawful communications systems could use such terminals to exchange messages without relying on ordinary mobile towers or fixed broadband networks. It specifically names hostile actors, smugglers, and insurgent groups.

The key mechanism is an alternative communications path. Satellite connectivity can link a terminal to satellites and then to the wider network, rather than depending entirely on nearby conventional telecom infrastructure. SJM says unauthorised terminals have been found near sensitive borders and conflict zones, and that security agencies have recovered Starlink equipment in several investigations.

The article does not identify those investigations, the users involved, or prove that every terminal was used unlawfully. It presents the possibility as a security concern requiring safeguards. SJM therefore wants licensing decisions to account for terminal control, monitoring, domestic routing, and the risk of communications outside conventional networks.

Governments require domestic gateways so internet traffic can pass through infrastructure governed by national law. These gateways can support lawful interception, security monitoring, and compliance with licensing conditions. They also help authorities apply rules to providers operating inside the country. SJM argues that this control matters particularly during security emergencies and law-and-order crises.

The article’s example is Starlink’s laser-linked network. Satellites may transmit data to one another before it reaches a ground station. SJM fears that domestic traffic could therefore bypass gateways inside India and travel through foreign infrastructure. That could make lawful monitoring more complicated and make area-specific restrictions harder to implement. The article does not describe Starlink’s final Indian routing arrangements.

Licensing is the policy tool that connects these concerns. SJM urges India to deny permission unless Starlink meets national security requirements. India’s existing telecom operators are described as cooperating with security agencies. The broader choice is whether commercial access can proceed while preserving sovereignty, oversight, and legally required communications controls.