ALMAGEST develops an ultra-high-throughput E-band/V-band data relay network to alleviate in-space data congestion. This network utilizes spectrum-rich architectures and a globally distributed ground infrastructure to provide secure, low-latency connectivity comparable to terrestrial fiber. The service enables bulk data transfer, content distribution, space data download, and secured connectivity for various space applications.
Funding
Funding not disclosed
Founders
Product
Problem
Organizations face challenges in rapidly and securely transferring large datasets between geographically dispersed locations, especially when terrestrial networks are unavailable, congested, or vulnerable to interception. Existing satellite communication solutions often lack the bandwidth and real-time capabilities required for applications like Earth observation, space surveillance, and in-space data processing.
Solution
Almagest provides a high-throughput data relay network leveraging E-band and optical communication technologies to enable secure and scalable data delivery on Earth and in space. The company offers terrestrial data transfer services using highly directional E-band pencil beams for ultra-high-speed, direct connections to remote sites. For space-based applications, Almagest facilitates instant and secure downloading of terabytes of Earth observation, space surveillance, and intelligence data to ground stations. Additionally, the company enables high-speed transactions and secure data storage and retrieval from GEO-based space cloud networks.
Target Audience
Almagest serves organizations in defense and intelligence, financial institutions, content distribution networks, Earth observation, and space services that require secure, high-bandwidth data transfer solutions.
Features
- Terrestrial data transfer via E-band technology, offering high frequency reusability, enormous system capacity, and smaller terminals.
- Space data download services for real-time data transfer between LEO/MEO satellites and ground networks.
- Space cloud transport capabilities for secure data storage and retrieval from third-party GEO-based space cloud networks.
- Highly directional pencil beams to compensate for atmospheric path loss.
- Scalable network architecture to support future growth.
- Point-to-point optical connectivity bypassing terrestrial networks.