SBIR/STTR Award attributes
While the last decade has seen explosive growth in the number of small satellites being launched into Low Earth Orbit (LEO) for a variety of use-cases, there is a critical need to increase the degree of autonomy through use of “edge intelligence” for data processing and fusion on the collection platform itself (vs. transmitting large amounts of raw information to the ground for “after-the-fact” terrestrial analysis and action). In the specific context of an MDA mission, there is particular need for sensor-agnostic, near real-time detection in a low-SWaP (size, weight and power) cross-platform product that can easily be reprogrammed and reconfigured for adaptive imaging in space and exo-atmospheric applications. As part of the Phase II effort proposed herein, NOVI will support space edge experiments and demonstrations for an integrated imager and on board processor manifested for launch to the International Space Station as part of the STP H10 mission in December 2024, including: Design, fabrication and testing of the mechanical and electrical components needed to interface NOVI's payload with the STP pallet; Pre-launch experimental testing; Launch integration; and In-space experimentation to demonstrate on-board processing and detection of features on interest in an adaptive imaging model. Approved for Public Release | 23-MDA-11635 (9 Nov 23)
