Starlink has turned space-based internet into a major business for SpaceX. What began as prototypes around 2019 has grown into a constellation of more than 11,500 launched satellites, with over 10,000 actively in orbit by early 2026. Subscriber numbers have also climbed steadily: from about 2.3 million at the end of 2023 to roughly 4.6 million by late 2024, over 9 million by the end of 2025, and past 10 million in February 2026. The steady subscription revenue now overshadows SpaceX’s traditional launch operations.
Amazon (NASDAQ:AMZN | AMZN Price Prediction), never one to sit on the sidelines, is charging into the same arena with Amazon Leo — its rebranded satellite broadband service formerly known as Project Kuiper. Armed with a $10 billion war chest and an aggressive 2026 rollout plan, the e-commerce giant aims to deliver commercial service in just months, targeting underserved latitudes first and expanding rapidly. With its vast retail distribution muscle, seamless AWS integration, and deep pockets, Amazon Leo isn’t just entering the market — it’s gunning for the top tier.
Launch Cadence Hits Warp Speed
At Sat Show 2026 in Washington, D.C., Amazon Leo VP of Business Chris Weber described the schedule as “very aggressive,” with commercial service expected within months. Amazon has already placed more than 200 low-Earth-orbit satellites in space following 11 successful launches since April 2025. The company plans to roughly double that pace over the next year, with more than 100 additional launches secured across multiple providers including SpaceX, United Launch Alliance, Arianespace, and Blue Origin.
The satellites are designed for strong performance, targeting up to 1 Gbps download and 400 Mbps upload speeds — capabilities suited for data-intensive uses like high-resolution imaging, live video, and large-scale telemetry.
Weber emphasized that success in this sector requires more than launches: it demands reliable ground systems, autonomous operations, and thorough testing for long-term scalability.
Amazon Leo has already activated initial ground stations in key northern and southern latitude zones, positioning it to begin serving customers as soon as sufficient satellites are overhead. Coverage will expand toward equatorial regions as the constellation grows, but early efforts will concentrate on areas where the infrastructure is fully operational.
This step-by-step rollout is intended to ensure consistent service from the start, rather than the uneven coverage sometimes experienced in early satellite networks.
Enterprise Focus and Security Features
The service highlights enterprise-oriented capabilities, such as private networking that routes traffic directly into AWS infrastructure or dedicated data centers, bypassing the public internet entirely. In a time of growing cybersecurity concerns, this closed-loop approach could appeal to business users.
Partnerships are also progressing, including recent agreements with AT&T (NYSE:T) and JetBlue (NASDAQ:JBLU). Weber hinted at additional “big announcements” ahead, suggesting potential applications in areas like in-flight connectivity and remote industrial backhaul.
Weber acknowledged that the satellite business is challenging, but noted Amazon brings relevant strengths in supply chain management, cloud technology, and customer operations.
Key Takeaways
The satellite broadband field is crowded but uneven. Established players like EchoStar‘s (NASDAQ:SATS) HughesNet and Viasat (NASDAQ:VSAT) have long served remote users with geostationary systems, yet they lag in speed and latency compared with low-Earth-orbit rivals. StarLink remains the undisputed leader, boasting over 11,500 satellites launched and more than 10 million customers worldwide.
Amazon Leo arrives as a well-resourced newcomer. With unmatched brand recognition, powerful network effects through AWS, and virtually unlimited financial firepower, the company could rocket from zero to top-tier contender faster than rivals expect. As launches accelerate and service begins later this year, one thing is clear: the battle for space-based broadband is about to get a lot more interesting — and a lot more competitive.