Amazon Leo Aims to Compete with Starlink by Opening Network to Third-Party Antennas

• February 14, 2026

Amazon is positioning its satellite internet service, Leo, to directly challenge SpaceX’s Starlink by allowing the use of third-party antennas on its network. Regulatory documents recently submitted reveal that Amazon plans to support an open ecosystem for satellite connectivity, a move that could change the competitive landscape of global satellite broadband services.

Opening Access to Third-Party Hardware

The filings mention the introduction of a modem module known as the Amazon Leo Modem Module (ALMM), which will facilitate the connection of corporate and government clients to the Leo satellite network. This development hints at Amazon’s strategy to not only serve retail customers but also target enterprise and public sector users who require robust satellite communications solutions.

The decision to permit third-party antennas suggests Amazon is aiming to build a more flexible infrastructure compared to existing satellite internet models, which largely restrict users to proprietary hardware. By enabling compatibility with alternative antenna suppliers, Amazon could accelerate adoption and expand its customer base by offering more hardware options and potentially reducing costs.

Leo’s approach contrasts with SpaceX’s Starlink network, which currently relies on its own custom-built user terminals. Starlink has revolutionized satellite internet with its large constellation of low Earth orbit satellites, but its ecosystem remains relatively closed regarding end-user equipment. Amazon’s plan to foster a heterogeneous hardware environment could appeal to segments of the market requiring tailored solutions or integration with existing infrastructure.

The current regulatory documents do not provide detailed specifications or pricing for the ALMM or associated antenna hardware. However, the emphasis on corporate and government use cases could imply that Amazon is focusing on higher-reliability, secure communication channels that meet institutional demands, which typically differ from consumer-grade satellite internet services.

With connectivity needs growing globally and demand for reliable satellite internet increasing in underserved areas, Amazon’s strategy might leverage its extensive cloud and logistics capabilities alongside the Leo constellation. This could create a compelling alternative for businesses and governments seeking scalable satellite broadband solutions.

As the satellite internet sector continues to evolve rapidly, the competition between Amazon Leo and SpaceX Starlink is expected to drive innovation and infrastructure improvements. Opening the Leo network to third-party antenna manufacturers is a significant step that might influence how satellite internet hardware ecosystems develop in the coming years.

Further updates on Leo’s service rollout, hardware availability, and pricing are anticipated as Amazon progresses with regulatory approvals and commercial deployment. This initiative highlights the growing interest from major tech firms in satellite broadband as a critical component of future global connectivity.

Amazon’s satellite internet service Leo plans to support third-party antennas to rival SpaceX’s Starlink network.