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Satellites 🛰️: Will They Change Everything? 🚀

July 27, 2026 | Author

Tech

🎧 Audio Summaries
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🧠Quick Intel


  • Amazon filed an FCC application to launch a new Leo satellite constellation of 5,105 satellites, planned for deployment in 2028.
  • The constellation will provide direct-to-device satellite service for voice, messaging, data, and emergency services.
  • Amazon is partnering with mobile network operators, similar to Starlink’s partnership with T-Mobile, to offer this service.
  • As of July 2nd, over 375 satellites from the initial 3,200 satellite constellation have already been launched.
  • Amazon is acquiring Globalstar’s satellite network and its existing deal to provide direct-to-device satellite services for Apple devices.
  • The new constellation will utilize Globalstar’s spectrum and collaborate with Apple on future satellite services.
  • Amazon intends to use the constellation to process signals in orbit before relaying them to improve performance.

    • 📝Summary


    Amazon filed an application with the FCC to launch the Leo satellite constellation, a project aiming to deliver voice, messaging, data, and emergency services directly to devices. The company intends to deploy approximately 5,105 satellites beginning in 2028, building upon its acquisition of Globalstar and its existing network. Amazon plans to partner with mobile operators, utilizing Globalstar’s spectrum and collaborating with Apple on expanded services. To date, over 375 of the initial constellation’s planned 3,200 satellites have been launched, with the expanded network also intended to complement Amazon’s existing broadband services and support disaster response efforts. The FCC application includes a request for spectrum currently held by Iridium, as Rocket Lab pursues its acquisition of the satellite network.

    💡Insights

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    LEO CONSTELLATION LAUNCH: AMAZON’S AMBITIOUS PLAN
    Amazon has submitted an application to the Federal Communications Commission (FCC) to deploy a new satellite constellation, dubbed LEO, designed to provide direct-to-device satellite services encompassing voice, messaging, data transmission, and emergency communications. This ambitious project, slated for initial deployment beginning in 2028, envisions a network of 5,105 satellites and represents a significant expansion of Amazon’s ambitions in the burgeoning space-based communications market. The company’s strategy hinges on strategic partnerships with mobile network operators, mirroring the successful model pioneered by Starlink’s collaboration with T-Mobile, and crucially, leverages the acquisition of Globalstar’s satellite network, securing valuable spectrum and existing agreements for direct-to-device services targeted at Apple devices.

    KEY COMPONENTS AND PARTNERSHIPS
    The LEO constellation’s design incorporates several key elements to ensure optimal performance and functionality. Firstly, Amazon intends to utilize Globalstar’s existing spectrum, streamlining deployment and reducing operational costs. Secondly, a collaborative effort with Apple is planned, exploring the potential of the expanded network for future satellite-based services. Furthermore, the system will employ a novel approach: signals will be processed within the satellites themselves before transmission, optimizing performance and minimizing latency. The initial phase of the constellation, currently totaling approximately 3,200 satellites, has already seen the launch of over 375 satellites as of July 2nd, 2024, demonstrating Amazon’s rapid progress toward realizing its vision. The FCC application also includes a request for spectrum currently held by Iridium outside of the United States, highlighting Amazon’s strategic foresight and recognizing the evolving landscape of satellite communications.

    BROADBAND INTEGRATION AND APPLICATIONS
    Beyond direct-to-device services, the LEO constellation is designed to seamlessly integrate with Amazon’s existing broadband services offered through the Leo platform. This dual-faceted approach provides a comprehensive solution for a wide range of applications, extending beyond consumer use cases to encompass critical services like disaster response and emergency messaging. The ability to rapidly deploy satellites and process signals in orbit positions Amazon as a key player in providing resilient communications infrastructure, particularly in areas with limited or no terrestrial connectivity. The overall scale of the LEO constellation, projected to nearly double the initial 3,200 satellites, underscores Amazon's long-term commitment to this technology and its potential to revolutionize global communication networks.

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