Astranis designs and manufactures small, radiation-hardened telecommunications satellites for geostationary orbit, utilizing advanced digital processing technology to enhance internet access in remote regions. By reducing the number of satellites needed for constant service, Astranis lowers operational costs and simplifies user terminal requirements, making connectivity more affordable for underserved areas.
Funding
$753.5M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
+18Founders
Product
Problem
Traditional large telecommunications satellites are expensive to build and launch, limiting internet access in remote and underserved regions due to high operational costs and complex user terminal requirements. The radiation environment in high orbits poses significant challenges, traditionally requiring costly radiation-hardening techniques.
Solution
Astranis designs and manufactures small, radiation-hardened telecommunications satellites specifically for geostationary orbit (GEO) and medium Earth orbit (MEO). These satellites utilize advanced digital processing technology to enhance internet access and GPS resiliency. By operating in high orbits, Astranis reduces the number of satellites needed for continuous service, lowering operational costs and simplifying user terminal requirements. This approach makes connectivity more affordable and accessible for underserved areas while also providing secure communication and navigation services.
Target Audience
The primary customers are telecommunications companies seeking to expand internet access in remote regions, government entities requiring resilient GPS technology, and organizations needing secure communication services.
Features
- Small, radiation-hardened telecommunications satellites designed for GEO and MEO orbits
- Advanced digital processing technology for enhanced internet access and GPS resiliency
- High-orbit operation reduces the number of satellites needed for continuous service
- Lower operational costs and simplified user terminal requirements
- In-house manufacturing, testing, and machining capabilities
- Development of next-generation Resilient GPS satellites for U.S. Space Force