SCOUT SPACE INC

SBIR PHASE I ENHANCED ON-ORBIT SAFETY THROUGH AUTONOMOUS OPERATIONS ACROSS DOMAINS

A HIGHLY-EFFICIENT AND SCALABLE CONJUNCTION ASSESSMENT FRAMEWORK FOR ON-ORBIT SPACECRAFT PROTECTION

DEMONSTRATE THE PERFORMANCE OF A SET OF ALGORITHMS AND PROCESSES TO OBTAIN AND MAINTAIN CUSTODY OF RESIDENT SPACE OBJECTS (RSOS) BY DEVELOPING ADVANCED ALGORITHMS THAT WILL INFORM MISSION TASKINGS.

DEMONSTRATE THE PERFORMANCE OF A SET OF ALGORITHMS AND PROCESSES TO OBTAIN AND MAINTAIN CUSTODY OF RESIDENT SPACE OBJECTS (RSOS) BY DEVELOPING ADVANCED ALGORITHMS THAT WILL INFORM MISSION TASKINGS.

AN EFFICIENT COLLISION ANALYSIS FRAMEWORK ENABLING REAL-TIME SPACECRAFT SELF-PROTECT

ADAPTATION OF THE OBSERVE-WATCH-LOCATE (OWL) ELECTRO-OPTICAL SPACE DOMAIN AWARENESS SENSOR TO ENABLE TACTICALLY RESPONSIVE PAYLOAD MODULARITY, INTEGRATION, AND CAPABILITY

ROBUST CROSS-DOMAIN OPTICAL NAVIGATION WITH SPACE-BASED SENSORS

ROBUST OPTICAL TRACKING AND REAL-TIME ORBITAL DETERMINATION OF DEPLOYED PAYLOADS AND CLOSE-PROXIMITY VEHICLES

METHOD FOR REAL-TIME AUTONOMOUS UNCERTAINTY AND RISK MONITORING IN RELATIVE NAVIGATION AND OPERATION PLANNING