Amazon files for 5,105-satellite network to enable direct-to-smartphone connectivity

The filing marks Amazon's pivot from fixed satellite broadband to mass-market mobile connectivity, challenging the early lead held by SpaceX and T-Mobile. By integrating Globalstar’s licensed spectrum and 48-satellite fleet, Amazon secures the specialized assets necessary to bypass terrestrial towers and reach unmodified handsets. This move intensifies the race for "zero dead zones" in the global cellular market, pressuring traditional telecommunications providers to align with satellite partners. For the streaming ecosystem, this infrastructure expansion provides a future pathway for delivering low-bandwidth video and data services to remote users and mobile fleets currently outside the reach of 5G. Watch for the FCC's review of Amazon's spectrum-sharing request as a signal of regulatory favor regarding D2D competition.

Amazon’s move comes as the direct-to-device (D2D) sector faces intense competitive and regulatory shifts. Per Broadband Breakfast, June 2025, T-Mobile and SpaceX officially launched their commercial satellite messaging service on July 23, 2025, reaching over 1.8 million beta users and providing data-based services by October of that year. SpaceX’s Starlink now operates more than 10,000 satellites, with a dedicated direct-to-cell sub-constellation that surpassed 650 units by early 2026. This puts Amazon at a significant deployment disadvantage as it waits for its 2028 launch window.

Other industry players are also navigating deployment hurdles. Per Light Reading, July 2026, AST SpaceMobile recently delayed its commercial D2D service launch to early 2027. While it continues to build out its BlueBird satellites capable of 120 Mbps speeds, it encountered launch delays linked to anomalies with Blue Origin's New Glenn rocket. These setbacks highlight the high execution risk in the D2D market, even for well-funded operators with established partnerships like AT&T and Verizon.

On the regulatory front, the FCC is working to standardize the used spectrum. Per SatNews, July 2026, the commission proposed a new framework to allow satellites to use unlicensed 2.4 GHz spectrum for IoT connectivity, aiming to reduce the reliance on complex coordination between satellite and terrestrial operators. Additionally, the FCC granted Amazon Leo a waiver in June 2026, removing a previous requirement to launch 1,600 satellites by July 30, though the company must still complete its full 3,232-satellite first-generation constellation by July 2029.