WASHINGTON, January 21, 2026, 18:52 (EST)
- Blue Origin is gearing up to launch TeraWave, a constellation of 5,408 satellites targeting enterprise and government clients
- Deployments are set to begin in late 2027, and the company claims they’ll deliver speeds up to 6 terabits per second
- This move introduces a second satellite network connected to Bezos, joining Amazon’s Leo, while SpaceX’s Starlink continues to dominate the market
Blue Origin revealed on Wednesday plans for a massive 5,408-satellite communications network named TeraWave. Targeting data centers, governments, and major corporations, the project takes on Elon Musk’s SpaceX in a competitive market. Jeff Bezos’s company aims to begin satellite deployment by the fourth quarter of 2027.
The announcement comes amid soaring demand for fast, reliable connections to handle massive data transfers, fueled partly by the rise of AI tools and the related expansion in computing infrastructure. Major users are seeking backup paths when fiber networks get congested, damaged, or face geopolitical risks.
This move drags Bezos’ space venture further into a battle that’s already transforming telecom and defense procurement. SpaceX’s Starlink made the “megaconstellation” concept a commercial reality, and competitors have scrambled to keep pace, frequently targeting governments with their own angles.
Blue Origin said TeraWave will combine low Earth orbit (LEO) satellites with a smaller medium Earth orbit (MEO) layer, linking them via optical—laser—communications. The network is built to deliver symmetrical speeds, offering uploads and downloads at matching rates, with a peak capacity hitting 6 terabits per second (Tbps). Individual users could see speeds as high as 144 gigabits per second (Gbps).
In a LinkedIn post, Blue Origin CEO Dave Limp described TeraWave as “purpose-built for enterprise customers,” highlighting its role in providing “backup connectivity during outages.” He positioned it as a solution tailored for real-time operations and handling large data transfers.
A filing dated Jan. 21 reveals Blue Origin has already asked the U.S. Federal Communications Commission to approve TeraWave as a non-geostationary fixed-satellite service system — meaning satellites that don’t stay fixed over one spot on Earth but connect set terminals on the ground. The application describes a network with 5,280 LEO satellites orbiting about 520–540 km above Earth and 128 MEO satellites reaching up to roughly 24,200 km. The system plans to rely on high-frequency Q/V- and E-band spectrum for its main traffic.
SpaceX’s Starlink, boasting around 10,000 satellites, leads the pack in deploying internet infrastructure in orbit and claims over six million users across more than 140 countries. Amazon — with Bezos as executive chairman — is just starting to roll out its own LEO network, named Leo after being known as Project Kuiper, planning 3,200 satellites with 180 already launched.
Blue Origin has taken a different approach than Starlink, which offers its service to individual consumers, businesses, and governments. Instead, Blue Origin’s TeraWave is off-limits to households. The company plans to serve up to about 100,000 customers, targeting a smaller, higher-value clientele.
Tech consultant Tim Farrar, founder of TMF Associates, told GeekWire that TeraWave’s arrival prompts questions about how Blue Origin’s plan fits alongside Amazon’s satellite constellation. “There is certainly overlap with Amazon’s target customers,” Farrar noted, highlighting government and enterprise users.
The timeline isn’t without its challenges. Blue Origin’s reusable New Glenn rocket has only flown twice and hasn’t yet ramped up to a fast launch pace. For a constellation this large, maintaining a consistent launch schedule and securing regulatory approvals for spectrum and licensing will be crucial.
Blue Origin is positioning TeraWave as either a backup or an addition to terrestrial and subsea fiber routes. Their focus is on data centers and government programs that need multiple options for crucial data traffic. The company expects initial deployments by late 2027, as satellite networks become more integrated with the next generation of cloud and AI infrastructure.
