a.i. solutions develops software used both on the ground and on-board satellites for routine and mission-unique astrodynamics and flight dynamics functionality. We have developed custom tools for mission-unique functionality, in addition to customizing and configuring commercial-off-the-shelf (COTS) and government-off-the-shelf (GOTS) satellite ground system components. We support integration, simulation and testing in the Satellite/Mission Operations Center environments. a.i. solutions has integrated FreeFlyer, MATLAB, STK and various government proprietary tools with a variety of TT&C systems, both commercial and government. We develop custom ground utilities for off-line analysis that calibrate and troubleshoot on-board orbit and attitude system. We have developed flight software used for on-board orbit determination and automated maneuver planning. Typical functionality of developed systems includes:
- mission planning
- trajectory design
- orbit maneuver planning and calibration
- ascent profiles & planning
- conjunction assessment/collision avoidance
- orbit determination
- orbit prediction and control
- attitude determination
- attitude prediction and control
- sensor calibration
- sensor bias/alignment/scale factor determination
- orbit product generation and delivery
- station acquisition data
- attitude maneuver planning and reorientation
- coverage analysis
- flight dynamics performance trending
- fuel bookkeeping & lifetime analysis
- end-of-life and disposal
- constellation phasing and formation flying
a.i. solutions designs, develops, integrates and tests components for satellite grounds systems and off-line utilities that are provide satellite flight dynamics and mission planning functionality
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a.i. solutions has used its commercial application, FreeFlyer, as the core engine to develop a variety of mission-specific ground software used in spacecraft operations.
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a.i. solutions has developed flight software used for autonomous station-keeping maneuver planning and for onboard orbit determination.
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