SEDARO CORPORATION

THIS PHASE II EFFORT WILL PRODUCE A MATURE TRUSTED SATELLITE AUTONOMY SOLUTION VERIFIED ON THE GROUND AND TESTED ONBOARD TWO OPERATIONAL SATELLITES.

SPACE HOT DOG CANNON

OUR TEAM WILL CONNECT MULTI-DOMAIN, MULTI-PHYSICS MODELS WITHIN THE SDA DE LIBRARY TO REALIZE UNPRECEDENTED LEVELS OF SPEED, COORDINATION, AND AGILITY IN COMPLEX SYSTEM ANALYSIS AND TESTING.

MULTIPLE HYPOTHESIS MANAGEMENT: DEVELOP ONTOLOGICAL CONCEPTS AND DOMAIN MODELS DESCRIBING NOT JUST MISSION RELEVANT OBJECTS AND PROCESSES, BUT ALSO ROLES AND ACTIONS RELATED TO THE MISSION EXECUTION ITSELF.

FA241-0020-0547 SEDARO CORP. THE TRUSTED AUTOMATED SATELLITE OPERATIONS FOR ENHANCED MISSION LIFE PROJECT EMBARKS ON A COMPREHENSIVE JOURNEY TO REVOLUTIONIZE SPACECRAFT AUTONOMY, ENCOMPASSING A BROAD SPECTRUM OF SPACECRAFT SUBSYSTEMS AND LIFE CYCLE.

SEDARO CORPORATION SMALL BUSINESS INNOVATIVE RESEARCH (SBIR) PHASE I - PROPOSAL L241-004-0090 TENDERED UNDER TOPIC DLA241-004 SBIR 24.1 FOR CLOUD SIMULATION AND GENAI FOR ACCELERATED MODELING OF MANUFACTURING PROCESSES

SEDARO WILL DEVELOP REQUIREMENTS FOR THE DAF BASE ENTERPRISE DIGITAL TWIN PLATFORM AND ASSESS THE TECHNICAL FEASIBILITY AND VALUE OF THIS PROPOSED TECHNOLOGY BY DEVELOPING AND DEMONSTRATING A PROTOTYPE SOLUTION VIA AN AGILE APPROACH.

ACCELERATING SWARM UAS (UNMANNED AERIAL SYSTEMS) DEVELOPMENT WITH SEDARO DIGITAL TWINS

MODEL INTEGRATION FOR MOSAIC WARFARE SYNTHETIC ENVIRONMENTS

ACCELERATING HYPERSONICS DEVELOPMENT WITH SEDARO DIGITAL TWINS

UNIFIED SPACECRAFT SIMULATION TO ACCELERATE IN-SPACE SERVICING, ASSEMBLY, AND MANUFACTURING.

ACCELERATING UNMANNED AERIAL VEHICLE/UNMANNED AIRCRAFT SYSTEM DEVELOPMENT WITH SEDARO DIGITAL TWINS

DIGITAL TWIN FOR AGILE MODEL-BASED ACQUISITIONS

UNIFIED SPACECRAFT SIMULATION TO ACCELERATE OSAM