SBIR-STTR Award

Space Vehicle Engineers of 1st Space Operations Squadron of Schriever Air Force Base, Colorado needs effective tracking & insights of improved space domain activities so as to predict the stationkeeping maneuver schedule of satellites in GEO based on historical observations. They need to understand what combination of observations, spatially and temporally, lead to the best quality ephemerides and also need to understand the causal relationship between space weather events and spacecraft anomalies; Blue Eye Soft Corp (BES) an advanced data analytics and AFRL Catalyst Space Accelerator Data Fusion cohort company intends leverage leveraging data fusion to improve the effectiveness of our space domain awareness (SDA) activities.BES proposes the solution which is built on the combination of time-tested algorithms in collaboration with open source Artificial Intelligence (AI), Machine Learning (ML), Predictive Analytics, Data Modelling and Data Science tools, will cost effectively enable automating repetitive decision-making, large-scale pattern recognition, dynamic visualization of the Space Domain Data. The solution will be built using modular, Plug & Play approach (Lego Model), which is not a monolithic solution. It can be extended with newer functionality with ease.Proposed BES optional Integration platform will have 100s of pre-built connectors to ERPs, RDBMS and other data sources which allows us to quickly integrate to any platform, allowing us to use the siloed data without awaiting the completion of the consolidated data warehouses.BES Solution will be built in way that it is independent of the underlying integration platforms.Our AI & ML Models as well as Data Models are easy to reuse across all domains and siloes of Space Domain.

The last several decades have seen astonishing technological progress in fields like personal computing and earthly atmospheric weather prediction, but space weather prediction today is no more reliable than it was in the 1960s. The lack of advancement in the space weather anomaly prediction is glaring, and the space domain holds tremendous transformational potential for future global connectivity, including projecting diplomatic reach and power. Accurately forecasting space weather impacts on spacecrafts allows operators to safely protect spacecraft, while also providing critical data for spacecraft design, production, and sustainment. Private- and public-sector leaders, including military leaders, could provide decisive mission capabilities and reliable space services to increase system performance as well as human spaceflight safety. Blue Eye is a South Carolina based company accelerating the technological competence and innovation in predictive analytics. BES is developing the latest advancements in ML, DF, and AI that will bring a new normal for spacecraft anomaly prediction. Almost 70 years since the term “space weather” was first used, the time is right for high-confidence space weather forecasting and detecting its impacts. The number of spacecrafts orbiting Earth has grown exponentially in the 21st Century and the spur of commercial space travel and transportation increasingly necessitates safety in the space environment