Amazon’s plan for a new direct-to-device satellite network could reshape far more than connectivity in remote areas. The company has applied to the US Federal Communications Commission to launch and operate up to 5,105 low-Earth-orbit satellites under the Amazon Leo programme, with deployment expected to begin in 2028.
The proposed service would connect compatible mobile phones and other devices directly to satellites. It is designed to support voice calls, messaging, data access, and emergency communications where terrestrial mobile networks are unavailable, damaged, or unreliable.
A New Layer of Mobile Infrastructure
Amazon Leo Direct-to-Device differs from conventional satellite internet because users may not need a separate antenna or terminal. Instead, the orbital network would act as an extension of existing cellular infrastructure, activating when ground-based coverage becomes impractical or fails.
The constellation would operate across five orbital layers at altitudes of roughly 510 to 580 kilometres. Some satellites would focus on densely populated latitudes, while others would serve higher-latitude and near-polar regions. Amazon also plans to use separate high-capacity links to transfer aggregated traffic to ground stations.
The technical architecture is central to the project’s economics. The satellites are expected to process signals in orbit and use laser inter-satellite links. This would allow traffic to move across the constellation before reaching the ground, reducing dependence on the nearest terrestrial gateway and creating a more resilient distributed network.
Why the Opportunity Is Larger Than Emergency Coverage
Direct-to-device satellite communication has traditionally been expensive, limited, and focused on specialised users. New systems are changing that model. The commercial opportunity now includes emergency messaging, transport corridors, remote industrial sites, backup connectivity, and consumer coverage in underserved regions.
The first mass-market services are likely to remain modest. Text messaging, basic data, roadside connectivity, and emergency support are more realistic near-term applications than replacing urban 5G networks. However, even limited services could become valuable when fires, floods, wars, cable damage, cyberattacks, or network congestion interrupt terrestrial communications.
This creates a strategic market for resilience. As businesses and governments become less tolerant of outages, satellite connectivity can move from an optional service to a component of critical infrastructure.
Starlink Leads, but Amazon Has Different Advantages
Starlink currently holds a substantial first-mover advantage. The network has more than 10,000 satellites in orbit and operates in over 160 countries. Amazon, by comparison, is still deploying its first broader Amazon Leo system and has more than 390 satellites in orbit.
Yet infrastructure markets do not always produce a single winner. Amazon brings cloud capacity, logistics expertise, manufacturing resources, access to capital, enterprise relationships, and regional partnerships. The company has already announced agreements involving operators and infrastructure partners in South Africa, Australia, and Latin America.
Its most realistic objective may not be to match Starlink satellite for satellite. A stronger position could come from becoming the second major global provider and supplying an orbital coverage layer to established mobile operators. That model would reduce political resistance because operators could retain customer relationships while Amazon provides the underlying satellite capacity.
Spectrum Will Be as Important as Satellites
The project also depends on access to spectrum linked to Globalstar, subject to regulatory review. In satellite communications, frequency rights can be as decisive as launch capacity. Thousands of satellites have little commercial value without permission to operate in suitable bands.
Competition will therefore intensify inside regulatory agencies as well as in orbit. Amazon must secure FCC approval, coordinate with other systems, and limit interference. It may also gain integration benefits from Globalstar’s existing relationships, including services connected with Apple devices.
The Business Case Remains Capital-Intensive
Amazon faces at least four major risks: regulation, launch economics, competition, and orbital congestion. Thousands of satellites must be manufactured, launched, managed, and replaced because low-orbit spacecraft have limited operating lives. Capital expenditure will continue long after the initial deployment.
Demand may also develop more slowly than infrastructure spending. If early services remain focused on emergencies and basic messaging, revenue per user could be limited. Amazon may therefore treat the network as an ecosystem asset rather than a standalone consumer business, supporting cloud services, logistics, connected transport, enterprise clients, government contracts, and disaster recovery.
The Wider Strategic Question
The deeper significance of Amazon Leo is the continued movement of Big Tech into foundational infrastructure. Technology companies already build data centres, undersea cables, chips, and energy systems. Satellite communications add another layer that can reduce their dependence on traditional intermediaries.
By 2028, the central issue may not be whether Amazon can launch all 5,105 proposed satellites. It may be how much essential communications infrastructure will be controlled by a small group of private technology companies. The outcome will influence competition, national security, digital sovereignty, and the resilience of the global economy.