Elon Musk-led Starlink is set to conduct two demonstration runs in Mumbai on October 30 and 31, marking a key step toward the company’s commercial entry into the Indian satellite broadband market. The demonstrations, sources said, will be held before law enforcement agencies to establish compliance with India’s security and technical regulations.
The test runs will be conducted using provisionally assigned spectrum and are aimed at meeting the conditions necessary for Starlink to begin full-fledged operations in the country. Once these trials are successfully completed, the company will move closer to receiving final clearances from the Indian government to roll out its satellite internet services.
According to officials familiar with the process, Starlink’s demonstrations are designed to confirm compliance with the Global Mobile Personal Communication by Satellite (GMPCS) authorisation, which governs security and technical standards for satellite-based broadband service providers in India.
Starlink’s trials come as India opens its skies to a growing number of satellite communication (satcom) players. Over 10 global satellite operators, including Starlink, have received licences to operate in the country following the government’s decision to permit 100 per cent foreign direct investment (FDI) in the private space sector.
Starlink, owned by SpaceX, is currently the world’s largest satellite communication operator, with a network of 7,578 satellites deployed in orbit. Alongside Starlink, Reliance Jio-SES JV and Bharti Group-backed Eutelsat OneWeb have also received necessary approvals to offer satellite broadband connectivity in India.
The demonstrations are taking place as India’s satellite internet industry experiences a rapid expansion, driven by the government’s focus on connectivity in remote and underserved regions. Despite India’s vast digital network, internet access remains limited in several rural and geographically isolated areas. The introduction of satellite internet is expected to bridge these connectivity gaps by complementing terrestrial broadband and mobile services.
A key technological shift enabling this growth is the rise of direct-to-cell communication services, which allow satellite signals to directly reach mobile phones without requiring ground-based infrastructure. Industry experts see this as a major leap in providing uninterrupted internet and emergency communication coverage across challenging terrains and remote zones.
In August, the Indian government announced that all data, traffic, and related information collected by Starlink would be stored domestically, ensuring compliance with India’s data sovereignty and privacy laws. It also clarified that no user data or internet traffic will be mirrored or transmitted to servers outside India.
The upcoming demonstrations are expected to pave the way for Starlink’s commercial rollout, positioning it as a critical player in India’s growing satellite internet ecosystem. With its global experience and extensive satellite network, the company is likely to play a major role in advancing digital inclusion across the country’s most remote areas.
