WASHINGTON, July 16 — The race to blanket the world with high-speed internet from space is intensifying, and for millions of families across Asia who still wait for a reliable connection, the outcome of the regulatory battle between SpaceX and Amazon could determine just how fast — and how fairly — that future arrives. The Federal Communications Commission (FCC) first gave the green light to SpaceX’s Starlink constellation in 2018 and again in 2020, later modifying the license in 2023 to allow the satellites to operate at lower altitudes.
Amazon’s Project Kuiper received its own FCC approval in 2020, but with a firm condition: the company must deploy half of its planned 3,236 satellites by 2026. Both companies are pursuing the same finite resource — orbital slots and radio spectrum — coordinated globally by the International Telecommunication Union (ITU), with both filing for Ka-band and Ku-band frequencies.
The stakes are enormous for communities across the region. In the Philippines, Indonesia, and parts of rural India, where fiber-optic cables often stop at the city limits, satellite internet promises to connect schools, health clinics, and small farms. But the regulatory environment in Washington is shaping who gets to deliver that service, and on what terms.
Subsidies and accusations
In 2023, the FCC denied SpaceX’s request for rural broadband subsidies from the Rural Digital Opportunity Fund — a pot of money meant to bring internet to unserved areas. The agency cited concerns that Starlink might not be able to meet the program’s speed requirements. The decision was a blow to SpaceX, which had sought support to expand its network into hard-to-reach communities.
The competition between the two companies has grown increasingly heated. SpaceX has argued publicly that Amazon’s satellite design would cause interference with its own constellation.
Amazon, in turn, has accused SpaceX of monopolistic practices, claiming the company is trying to lock out competitors. The U.S. Department of Justice has not intervened in the dispute, but the FCC has imposed conditions on both constellations aimed at reducing the risk of orbital debris. Each operator must have a plan to deorbit its satellites within five years of mission completion.
Space sustainability becomes a global concern
The regulatory framework governing all of this activity rests on international treaties dating back decades — the 1967 Outer Space Treaty and the 1972 Liability Convention. In 2023, the FCC adopted new rules for satellite constellation licensing that require operators to conduct collision risk assessments before launching. The move reflects growing unease about the crowded conditions in low-Earth orbit.
As of 2024, the number of active satellites in low-Earth orbit had already exceeded 8,000. For communities across Asia watching the night sky, the competition between two American tech giants is not just a business story.
It is a question of whether the orbital highway above them will remain safe and accessible, and whether the promised internet will arrive in time to make a difference. What remains to be seen is how the FCC will balance the demands of two powerful companies against the needs of the millions of families still waiting for a connection that, for many in the region, feels closer to home than ever.
Sources
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