Sidus provides AI/ML solutions tailored to your data requirements, leveraging our Orlaith™ AI Ecosystem which includes FeatherEdge™ hardware and Cielo™ software for delivering insights from diverse sensor sets. Together, they offer unmatched high-performance on-orbit edge computing.
Customers log in to an intuitive and user-friendly interface where they can choose their mission requirements, for things like: area(s) of interest, object(s) of interest, mission duration, etc.
LizzieSats in orbit take in the requested data. They each have our proprietary, high performance FeatherEdge processing unit installed for convenient, localized (onboard) AI computing.
Our patent pending software, FeatherWare, intelligently compares each customer’s mission requirements with the captured photos to determine which algorithms need to be run for each image.
Information tagged as a priority item will be sent down before all the raw data is downlinked at the next available ground station. This ensures the shortest delay in getting critical information to the customer.
From Step 3-Step 6 enables near-real-time (less than 60 seconds) decision making from space on a commercial scale. Analytics are updated in the customer’s profile where they can be accessed at any time.
FeatherEdge™ comprises a powerful AI computing module, which leverages the fastest and most power efficient computing products on the market while also maintaining the reliability and rigors needed for space applications. Rather than sending large sets of raw data down to ground stations, FeatherEdge™ can process data directly from onboard sensors and only send down the relevant information. This reduces downlink costs and improves response times to observable events.
Design, integrate and implement custom AI/ML solutions that leverage the next generation AI to help streamline operations, improve efficiency and provide predictive analytics.
Sidus Space offers the ability to run third-party artificial intelligence/machine learning (AI/ML) software models on its Earth Observation satellites.
