3 min read
ISLAMABAD: Pakistan is on the brink of welcoming Elon Musk’s satellite internet service, Starlink, as it inches closer to receiving formal authorization for operations in the country.
The latest milestone follows Starlink Internet Services (Pvt) Ltd, a subsidiary of SpaceX, successfully meeting the regulatory requirements set by the Pakistan Authority for Space and Regulatory Bodies (PASRB).
According to a report, the Pakistan Telecommunication Authority (PTA) is expected to grant Starlink the necessary operational license within the next couple of weeks.
With all major regulatory and operational hurdles now cleared, Starlink’s entry into Pakistan appears imminent. The company has made significant progress, moving swiftly toward a commercial launch.
Adding to this momentum, Pakistan has initiated pilot testing for Starlink’s satellite-to-cell service. This testing phase is crucial for ensuring a seamless rollout and compliance with national telecom infrastructure standards.
The primary objective of Starlink’s introduction in Pakistan is to provide high-speed internet access to remote and underserved areas, bridging the digital divide and bringing connectivity up to global standards.
To establish operations, Starlink had to secure three key regulatory approvals. The first requirement—registration with the Securities and Exchange Commission of Pakistan (SECP)—was fulfilled in June 2025, marking a crucial milestone in its licensing process. The second clearance, from PASRB, has now been obtained. The final step involves securing a No Objection Certificate (NOC) from the PTA, which is expected to be granted soon, completing the formal approval process.
Pakistan has been shaping its satellite communication regulations through the introduction of the National Satellite Policy in 2023 and the Pakistan Space Activities Rules in 2024. These frameworks were implemented to govern satellite telecommunications, adding necessary compliance measures to Starlink’s licensing process. Additionally, Starlink has been required to establish local ground stations within Pakistan to ensure operational efficiency.
Unlike traditional internet services that rely on fiber-optic or cable infrastructure, Starlink’s system leverages Low-Earth Orbit (LEO) satellites to deliver high-speed connectivity. This technology bypasses the need for physical infrastructure, making it ideal for remote and challenging terrains.
However, concerns over affordability remain a key consideration. The expected monthly subscription cost is estimated to be around PKR 25,000 ($90-$100 USD), with an initial one-time hardware expense ranging from $400-$500 USD (approximately PKR 112,000-140,000). Given these pricing factors, Starlink’s services may be more suitable for businesses, research institutions, government agencies, and remote communities rather than individual consumers.
Meanwhile, regional competition in satellite internet services is heating up, with India also moving closer to launching satellite-based connectivity. Companies such as Starlink and OneWeb have completed the necessary groundwork and are now awaiting final approvals related to spectrum allocation. The Indian government has introduced new regulations requiring in-country testing and certification for satellite communication equipment, effective from August.
Once all approvals are finalized, Pakistan will join the list of countries benefiting from advanced satellite-based internet services, marking a significant step toward nationwide digital inclusion.
