Cognitive, learning-based system for monitoring and controlling mission performance

A system operable to electronically monitor a near-Earth space exploration (NESE) mission, the system comprising:

• a processor system;
• and
• a digital ecosystem (DE) in electronic communication with the processor system, wherein the DE is associated with the NESE mission and positioned at a remote station;
• wherein the DE is operable to, responsive to sensed data associated with deployed products positioned locally with the NESE mission, generate performance data associated with the deployed products;
• wherein the processor system comprises local processor system resources positioned locally with the NESE mission;
• wherein the processor system further comprises remote processor resources at the remote station positioned on Earth;
• and
• wherein the processor system is operable to perform processor system operations comprising:
• executing a first cognitive algorithm operable to, responsive to a portion of the performance data, generate an initial cognitive output associated with an initial cognitive output action;
• prior to initiating the initial cognitive output action associated with the initial cognitive output, displaying the initial cognitive output to a user positioned at the remote station;
• and
• responsive to receiving user feedback on the initial cognitive output, executing post-user-feedback operations based at least in part on the user feedback.