Billionaire Jeff Bezos has announced that his space company Blue Origin is entering the high-capacity satellite internet market with TeraWave, a network designed specifically for enterprises, data centres, and government clients.
The project, scheduled to begin deploying in late 2027, will consist of over 5,400 satellites—5,280 in Low Earth Orbit (LEO) and 128 in Medium Earth Orbit (MEO).
Unlike consumer-focused constellations such as SpaceX’s Starlink or Amazon Leo, the LEO network currently being deployed by Bezos’s other major company Amazon, Blue Origin said TeraWave is purpose-built for mission-critical operations.
“This multi-orbit design enables ultra-high throughput links between global hubs and distributed, multigigabit user connections, particularly in remote, rural and suburban areas where diverse fibre paths are costly, technically infeasible or slow to deploy,” Blue Origin said in a press statement.
“TeraWave enterprise-grade user and gateway terminals can be rapidly deployed worldwide and interface with existing high-capacity infrastructure, providing additional route diversity and strengthening overall network resilience.”
The company said that customers would be able to access speeds of up to 144 gigabytes per second, delivered using Q/V-band links from its satellite constellation, while it said speeds of up to 6 terabytes per second could be accessed via optical links from 128 MEO satellites.
What TeraWave reveals about LEO demand
TeraWave illustrates a shift in the Low Earth Orbit satellite market from consumer broadband to enterprise-grade services: The company is banking on demand from businesses, governments, and data centres.
Unlike consumer networks, TeraWave’s design prioritises equal upload and download speeds, critical for real-time IoT data transfers and cloud-based operations.
For businesses deploying IoT at scale, connectivity is often the limiting factor. Remote industrial sites, distributed energy grids, autonomous vehicle networks, and smart logistics systems require reliable, high-throughput links—often in locations where fibre or 5G is unavailable or unreliable. TeraWave’s architecture addresses these needs by enabling symmetrical data flows, rapid deployment, and high network availability.
The network’s capabilities also support the growing demands of Edge computing and real-time analytics. Enterprises can transfer large volumes of data from sensors and devices back to central hubs without latency bottlenecks, enabling predictive maintenance, AI-driven decision-making, and continuous monitoring across global operations.
A constellation of constellations
Blue Origin is entering a crowded and growing sector.
According to Goldman Sachs Research, as many as 70,000 Low Earth Orbit satellites are expected to be launched over the next five years.
Elon Musk’s satellite internet constellation company Starlink currently leads the market. The company has been deploying its LEO satellites since 2019 and currently has around 9,000 satellites in operation serving millions of customers, primarily consumers. Customers access the service via Starlink terminals which allow them to connect directly to the internet via satellites even in areas of low domestic connectivity or in countries where internet services have been shut down. However, monthly subscriptions are higher than traditional services.
And Starlink is not alone. Other companies operating LEO constellations include Eutelsat OneWeb, Telesat and a clutch of Chinese firms.
Amazon’s LEO plans to deploy more than 3,000 satellites over the coming years. The company plans to launch its first 32 LEO satellites on 12 February.
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