In a major strategic move aimed at completely reshaping the global telecommunications sector, Amazon has submitted a formal and detailed application to the U.S. Federal Communications Commission seeking legal and regulatory approval to deploy a massive constellation of 5,105 low-Earth orbit satellites. This highly ambitious space project aims to broadcast voice, data, and emergency services directly to users’ smartphones anywhere in the world, without any need to connect to traditional terrestrial mobile networks and cell towers. This application, officially submitted in late July, marks the company’s official and direct entry into the fierce race to provide direct-to-device satellite communication services—a newly introduced system that is entirely separate and independent from the company’s current broadband satellite internet network known as “Amazon Leo,” which currently has about 330 satellites orbiting Earth on separate missions.
- Network mechanism and utilization of space frequencies
- Targeted services and beneficiary geographic groups
- Launch timeline and strategic partners
- Fierce competition in the space and telecom market
- Frequently asked questions
Network mechanism and utilization of space frequencies
The engineering plans for the project, detailed precisely in the regulatory application, indicate that this futuristic system will operate effectively at close orbital altitudes ranging between 510 and 580 kilometers above the Earth’s surface to ensure broad coverage and very fast signal response. The new network will rely primarily on the use of 1.6 GHz and 2.4 GHz radio frequency bands, which are vital and high-value frequencies originally allocated to veteran satellite communications company Globalstar, which Amazon previously agreed to acquire entirely in a massive deal valued at approximately $11.57 billion last April. The company explained in its explicit submission memo that this system will work to provide global mobile network communication services, supporting and expanding current authorized satellite systems by enabling direct service access to users’ mobile devices, especially in remote, rural, and mountainous areas where terrestrial coverage is entirely absent and building traditional infrastructure is difficult.
Targeted services and beneficiary geographic groups
The company plans for the advanced system to be capable of providing a diverse and comprehensive range of essential and advanced services to the general public. These services include fast mobile data transfer, flexible and reliable SMS text messaging, and the activation of critical emergency communication systems during natural disasters that destroy standard terrestrial infrastructure and leave people isolated. Additionally, the system will support smart and continuous connectivity within modern vehicles while on the move, and operate complex Internet of Things applications that require continuous and stable communication in geographically isolated areas. Although the company has submitted an initial request to reserve orbital slots for more than 11,000 satellites in the future to secure its plans, it explicitly and clearly committed that this direct-to-phone communication constellation will by no means exceed the threshold of 5,105 active satellites, out of concern to avoid dangerous orbital congestion and to ensure the efficiency and sustainability of space coverage.
Launch timeline and strategic partners
According to project data, the deployment, construction, and operation of the direct-to-device communication system is officially expected to begin by 2028, coinciding this massive launch with the anticipated and planned closing of the major Globalstar acquisition deal in 2027, following the fulfillment of all required regulatory and legal approvals from multiple authorities. Under this strategic acquisition, the company will gain full control over the mobile services spectrum with wide-ranging international licenses covering numerous regions around the world, granting it a major competitive advantage. The company has already successfully and smartly concluded preliminary agreements with global strategic partners to support and market its wider network; it signed an agreement with telecom giant Vodafone in March during the Mobile World Congress to connect remote communication stations in Europe and Africa. Apple has also signed an agreement to ensure the continued provision of satellite communication services for emergency features on iPhone devices and Apple Watches through the same advanced infrastructure.
Fierce competition in the space and telecom market
This new regulatory filing places the storied company in direct and decisive competition with fierce and pioneering rivals in the booming direct-to-device communication market. SpaceX’s “Starlink Direct to Cell” service has achieved tremendous and very rapid growth, surpassing the 13 million connection mark by mid-2026 and proving its effectiveness. Meanwhile, AST SpaceMobile seeks to provide high-speed broadband services directly to phones using giant space antennas that open new horizons, while Link Global recently succeeded in conducting the first successful and documented test of sending SMS messages via satellite to an ordinary mobile phone in the Pacific region. All this comes as Amazon works at full administrative and financial capacity to build its own separate broadband constellation, which holds a valid license to deploy up to 7,727 satellites in near space to provide home and enterprise internet services.
Frequently asked questions
Question: What is the primary goal of launching Amazon’s new satellite network?
Answer: The goal is to provide direct data communication, voice messaging, and emergency services from space to smartphones without ever needing to use standard terrestrial cell towers or change phones.
Question: How many satellites are planned for launch within this specific constellation?
Answer: The company committed in its strict regulatory filing to the FCC not to exceed the maximum limit of 5,105 satellites that will regularly orbit in low Earth orbit.
Question: How does the company plan to obtain the necessary frequencies for this massive space project?
Answer: The company relies on using the designated frequency bands belonging to satellite communications company Globalstar, which the company recently acquired in a major multi-billion-dollar deal.
Question: When do users expect this innovative space service to begin actual operation?
Answer: The company is expected to begin deploying and building the actual system and operating the commercial service by 2028, following the completion of regulatory and legal procedures for the acquisition process in 2027.
