Our software enhances the computing resources of satellites and manages the data traffic efficiently between space, terrestrial ground stations and data centers, streamlining operations, increasing network reliability, and reducing operational costs.
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Rather than relying on a single data route which can cause delays, our system dynamically selects the most efficient paths across our satellite and ground station network. This approach significantly reduces bottlenecks and delays.
Our software processes and caches your satellite data close to the source—in space—minimizing unnecessary large-data transfers to Earth. This significantly reduces latency and boosts data security and sovereignty, ideal for sectors like telecommunications and environmental monitoring.
Satellites will be interconnected within our network, allowing access to additional computing and storage resources on-demand. This federation not only enhances operational efficiency but also improves data relay and resource allocation.
Starlink, much like the iPhone, is a closed, vertically integrated system. It provides satellite internet, but it's tightly controlled by SpaceX and operates as a proprietary solution. Satlyt's Inter Satellite Network, in contrast, is analogous to Android—an open, flexible platform that can integrate with a variety of satellites from different operators.
Where Starlink represents a single, all-in-one system, Satlyt provides an open framework, allowing diverse satellites to work together, share resources, and interoperate across networks. This flexibility empowers Satlyt to scale more broadly across the industry, much like Android has done in the smartphone market, opening up space computing to a wider range of players.
Easily connect to our satellite network with our software, designed for seamless integration with your existing hardware.
Storage and processing are decentralized, reducing vulnerability and allowing secure, encrypted data access from anywhere.
Our edge computing solutions process data close to its source, dramatically increasing operational speed and efficiency.
Instead of transmitting vast amounts of raw observational data to ground stations, processing can occur on the weather satellite itself to distill the data into more manageable, analyzed formats (like weather patterns and forecasts), which can then be directly transmitted to various agencies and institutions.
Reduced bandwidth needed for data transmission
Accelerated availability of actionable information
Decreased load on ground-based processing facilities.
Please return to this space in the future for the latest articles on edge-computing in space.
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Founder & CEO, Rama Afullo, is an ex SpaceX Starlink Product Manager, AI Startup Manager at Google, Telco Business Lead at Tesla, and holds two degrees in Mechanical Engineering and Business Management. Rama dropped out of a Masters in Space Systems Engineering at Johns Hopkins University to pursue his endeavors in space.