P00004 THE PURPOSE OF THIS FOLLOW-ON COOPERATIVE AGREEMENT TO NNC13AA01A IS ADVANCING SOFTWARE DEFINED RADIOS (SDR) DEVELOPMENT AND RELATED SPACE COMMUNICATION TECHNOLOGIES WITH RISK REDUCTION ACTIVITIES FOR FUTURE FLIGHT SDR DEVELOPMENT, TECHNOLOGY DEMONSTRATIONS, AND COMMERCIALIZATION. BUILDING UPON PRIOR TECHNOLOGY DEMONSTRATIONS COMPLETED THROUGH THE NASA SCAN TESTBED (FORMERLY CONNECT) PROJECT, THE COOPERATIVE AGREEMENT WILL CONSIDER PROPER COMMUNICATIONS AND NAVIGATION SYSTEM PHILOSOPHIES, TECHNOLOGIES, ARCHITECTURAL ATTRIBUTES, MISSION SERVICES, AND COMMUNICATIONS CAPABILITIES TO MEET THE NEEDS OF NASA'S NEXT GENERATION ARCHITECTURE FOR SPACE COMMUNICATIONS. THE EFFORT WILL INCLUDE THE STUDY OF STATE-OF-THE-ART TECHNOLOGIES, SUCH AS QUANTUM COMMUNICATIONS, AND THE APPLICATION, MODELING, AND SIMULATION OF THESE TECHNOLOGIES TO MEET THE COST, PERFORMANCE, MANUFACTURABILITY, AND SECURITY NEEDS OF FUTURE SPACE COMMUNICATION SYSTEMS AND ARCHITECTURES. Other Administrative Action $0 8/4/20 Not listed THE PURPOSE OF THIS FOLLOW-ON COOPERATIVE AGREEMENT TO NNC13AA01A IS ADVANCING SOFTWAREDEFINED RADIOS (SDR) DEVELOPMENT AND RELATED SPACE COMMUNICATION TECHNOLOGIES WITH RISKREDUCTION ACTIVITIES FOR FUTURE FLIGHT SDR DEVELOPMENT TECHNOLOGY DEMONSTRATIONS ANDCOMMERCIALIZATION. BUILDING UPON PRIOR TECHNOLOGY DEMONSTRATIONS COMPLETED THROUGH THENASA SCAN TESTBED (FORMERLY CONNECT) PROJECT THE COOPERATIVE AGREEMENT WILL CONSIDERPROPER COMMUNICATIONS AND NAVIGATION SYSTEM PHILOSOPHIES TECHNOLOGIES ARCHITECTURALATTRIBUTES MISSION SERVICES AND COMMUNICATIONS CAPABILITIES TO MEET THE NEEDS OF NASA'SNEXT GENERATION ARCHITECTURE FOR SPACE COMMUNICATIONS. THE EFFORT WILL INCLUDE THE STUDY OFSTATE-OF-THE-ART TECHNOLOGIES SUCH AS QUANTUM COMMUNICATIONS AND THE APPLICATION MODELING AND SIMULATION OF THESE TECHNOLOGIES TO MEET THE COST PERFORMANCE MANUFACTURABILITY ANDSECURITY NEEDS OF FUTURE SPACE COMMUNICATION SYSTEMS AND ARCHITECTURES. $0 8/4/20 P00003 THE PURPOSE OF THIS FOLLOW-ON COOPERATIVE AGREEMENT TO NNC13AA01A IS ADVANCING SOFTWARE DEFINED RADIOS (SDR) DEVELOPMENT AND RELATED SPACE COMMUNICATION TECHNOLOGIES WITH RISK REDUCTION ACTIVITIES FOR FUTURE FLIGHT SDR DEVELOPMENT, TECHNOLOGY DEMONSTRATIONS, AND COMMERCIALIZATION. BUILDING UPON PRIOR TECHNOLOGY DEMONSTRATIONS COMPLETED THROUGH THE NASA SCAN TESTBED (FORMERLY CONNECT) PROJECT, THE COOPERATIVE AGREEMENT WILL CONSIDER PROPER COMMUNICATIONS AND NAVIGATION SYSTEM PHILOSOPHIES, TECHNOLOGIES, ARCHITECTURAL ATTRIBUTES, MISSION SERVICES, AND COMMUNICATIONS CAPABILITIES TO MEET THE NEEDS OF NASA'S NEXT GENERATION ARCHITECTURE FOR SPACE COMMUNICATIONS. THE EFFORT WILL INCLUDE THE STUDY OF STATE-OF-THE-ART TECHNOLOGIES, SUCH AS QUANTUM COMMUNICATIONS, AND THE APPLICATION, MODELING, AND SIMULATION OF THESE TECHNOLOGIES TO MEET THE COST, PERFORMANCE, MANUFACTURABILITY, AND SECURITY NEEDS OF FUTURE SPACE COMMUNICATION SYSTEMS AND ARCHITECTURES. Supplemental Agreement for work within scope $10.0k 4/16/20 Not listed THE PURPOSE OF THIS FOLLOW-ON COOPERATIVE AGREEMENT TO NNC13AA01A IS ADVANCING SOFTWAREDEFINED RADIOS (SDR) DEVELOPMENT AND RELATED SPACE COMMUNICATION TECHNOLOGIES WITH RISKREDUCTION ACTIVITIES FOR FUTURE FLIGHT SDR DEVELOPMENT TECHNOLOGY DEMONSTRATIONS ANDCOMMERCIALIZATION. BUILDING UPON PRIOR TECHNOLOGY DEMONSTRATIONS COMPLETED THROUGH THENASA SCAN TESTBED (FORMERLY CONNECT) PROJECT THE COOPERATIVE AGREEMENT WILL CONSIDERPROPER COMMUNICATIONS AND NAVIGATION SYSTEM PHILOSOPHIES TECHNOLOGIES ARCHITECTURALATTRIBUTES MISSION SERVICES AND COMMUNICATIONS CAPABILITIES TO MEET THE NEEDS OF NASA'SNEXT GENERATION ARCHITECTURE FOR SPACE COMMUNICATIONS. THE EFFORT WILL INCLUDE THE STUDY OFSTATE-OF-THE-ART TECHNOLOGIES SUCH AS QUANTUM COMMUNICATIONS AND THE APPLICATION MODELING AND SIMULATION OF THESE TECHNOLOGIES TO MEET THE COST PERFORMANCE MANUFACTURABILITY ANDSECURITY NEEDS OF FUTURE SPACE COMMUNICATION SYSTEMS AND ARCHITECTURES. $10.0k 4/16/20 Not listed THE PURPOSE OF THIS FOLLOW-ON COOPERATIVE AGREEMENT TO NNC13AA01A IS ADVANCING SOFTWAREDEFINED RADIOS (SDR) DEVELOPMENT AND RELATED SPACE COMMUNICATION TECHNOLOGIES WITH RISKREDUCTION ACTIVITIES FOR FUTURE FLIGHT SDR DEVELOPMENT TECHNOLOGY DEMONSTRATIONS ANDCOMMERCIALIZATION. BUILDING UPON PRIOR TECHNOLOGY DEMONSTRATIONS COMPLETED THROUGH THENASA SCAN TESTBED (FORMERLY CONNECT) PROJECT THE COOPERATIVE AGREEMENT WILL CONSIDERPROPER COMMUNICATIONS AND NAVIGATION SYSTEM PHILOSOPHIES TECHNOLOGIES ARCHITECTURALATTRIBUTES MISSION SERVICES AND COMMUNICATIONS CAPABILITIES TO MEET THE NEEDS OF NASA'SNEXT GENERATION ARCHITECTURE FOR SPACE COMMUNICATIONS. THE EFFORT WILL INCLUDE THE STUDY OFSTATE-OF-THE-ART TECHNOLOGIES SUCH AS QUANTUM COMMUNICATIONS AND THE APPLICATION MODELING AND SIMULATION OF THESE TECHNOLOGIES TO MEET THE COST PERFORMANCE MANUFACTURABILITY ANDSECURITY NEEDS OF FUTURE SPACE COMMUNICATION SYSTEMS AND ARCHITECTURES. $0 12/12/19