Radiance Technologies, INC.

THIS CONTRACT IS FOR THE MATERIAL, OTHER DIRECT COSTS (ODC), TOTAL DIRECT LABOR, AND TRAVEL TO MEET THE NEEDS OF THE CUSTOMER, US ARMY SPACE AND MISSILE DEFENSE COMMAND'S (SMDC) REAGAN TEST SITE (RTS).

THE OVERALL OBJECTIVE UNDER THIS SAFE-SIM PHASE 4 EFFORT IS FOR RADIANCE TECHNOLOGIES TO BUILD UPON ITS PHASE 3 MILESTONES TO MEET DARPA€„¢S JOINT ALL DOMAIN THEATER-WIDE ANALYSIS GOALS. SPECIFICALLY, DURING THE FOLLOW-ON EFFORT RADIANCE TECHNOLOGIES WILL DEVELOP AND DELIVER THE INTEGRATED SAFE-SIM SYSTEM WHICH WILL BE INTEGRATED AND DEPLOYABLE AS PART OF THE HARDWARE AGNOSTIC MODELING AND SIMULATION INTEGRATION ENVIRONMENT INFRASTRUCTURE (MSIE) AS CODE. THIS INCLUDES (1) ENHANCEMENTS TO THE ARCHITECTURE TO SUPPORT INTEGRATED MODEL MANAGEMENT, MODELING OF ADVANCED COMMUNICATIONS AND NON-KINETIC EFFECTS, AND INTEGRATION OF ADVANCED BATTLE MANAGEMENT COMMAND AND CONTROL THIRD PARTY APPLICATIONS IN SAFE-SIM EXECUTION MANAGEMENT COMPONENT; (2) IMPROVEMENTS TO SCENARIO CONFIGURATION TOOLS TO INCLUDE COLLABORATION TOOLKIT, ADVANCED NON-KINETIC SCENARIO CONFIGURATION USER INTERFACES, AND BMC2 THIRD PARTY APPLICATION MODELING; (3) IMPROVEMENTS TO SAFE-SIM ANALYTICAL TOOLS TO SUPPORT END-TO-END STUDY CREATION AND MISSION ANALYSIS DEFINITION, THEATER-WIDE ALL DOMAIN KILL WEB SIMULATION RUNTIME OPTIMIZATION, AND POST RUNTIME ANALYSIS AND REPORTING; (4) AND IMPLEMENT A PL 4 MULTI-LEVEL SECURITY CAPABLE ARCHITECTURE IN THE SAFE-SIM SYSTEM; (5) AUTOMATED INTEGRATION AND TESTING OF NEW AND EXISTING FEATURES; (6) RAPID DEPLOYMENT TO VARIOUS SITES AS NEEDED; (7) CREATING TECHNICAL AND NON-TECHNICAL DOCUMENTATION TO AIDE USERS AND DEVELOPE

ALPHA GUARDIAN NETWORKS TM SHALL SUPPLY AND INSTALL 160 CYBERGUARDIAN SYSTEMS FOR THE SECURE MONITORING OF 160 UTILITY POWER FEEDS AND 160 GENERATORS THAT SUPPLY BACKUP POWER TO THE UTILITY POWER FEEDS AT SELECTED BUILDINGS LOCATED AT JOINT BASE SAN ANTONIO (JBSA) THROUGHOUT FOUR DISTINCT BASES WITHIN JBSA.

CONSULTING SERVICES TO SUPPORT RAPID PROPOSAL ANALYSIS AND A NEGOATION STRATEGY DEVELOPMENT

MACDE SUPPORT

GREYMATTER.IO BUNDLE

ADET SUPPORT

PERATON LABS SHALL SUPPORT RADIANCE TECHNOLOGIES ON DARPA€„¢S SAFE-SIM €œPHASE 4€Ͽ½ PROGRAM. THE SCOPE OF THE SAFE-SIM PROGRAM HAS BEEN TO DEVELOP AN ALL-DOMAIN, MULTI-LEVEL SECURITY (MLS) ENABLED MODELING AND SIMULATION (M&S) ENVIRONMENT TO PERFORM MISSION-LEVEL M&S FOR SENIOR-LEVEL MILITARY DECISION MAKERS, TECHNOLOGY DEVELOPERS, AND ACQUISITION PROFESSIONALS FOR USE IN CONCEPT OF OPERATIONS (CONOP) DEVELOPMENT, FORCE STRUCTURE COMPOSITION, RESOURCE ALLOCATION, AND TARGETED TECHNOLOGY INSERTION. OUR SAFE-SIM PHASE 4 PROPOSAL RESPONSE FOCUSES ON ADDING KEY FEATURES TO CLOSE RESEARCH GAPS IDENTIFIED DURING PHASE 3. PRIMARY TASKS FOR PHASE 4 ARE TA-1 (MODELING AND STUDIES), TA-2 (PERFORMANCE), TA-3 (ARTIFICIAL INTELLIGENCE AND ANALYTICS), TA-4 (MULTI-LEVEL SECURITY), TA-5 (INTEGRATION, TESTING AND DEPLOYMENT), TA-6 (INFRASTRUCTURE), AND TA-7 (DOCUMENTATION). TA-1 FOCUSES ON THE DEVELOPMENT OF THE M&S ARCHITECTURE TO EXECUTE THE SCENARIOS BUILT THROUGH THE SCENARIO CONFIGURATION TOOL DEVELOPED UNDER TA-2 AND PRODUCE DATA FOR THE ANALYSIS CONDUCTED WITH THE ANALYTICAL TOOLS IMPLEMENTED IN TA-3. TA-2 FOCUSES ON THE DEVELOPMENT OF BOTH THE TOOL AND USER INTERFACE THAT ENABLE THE RAPID CONSTRUCTION AND FLEXIBLE MANIPULATION OF THEATER-WIDE, MISSION LEVEL SCENARIOS FOR EXECUTION IN THE M&S ENVIRONMENT CONSTRUCTED UNDER TA-1, AS WELL AS THE RAPID EXECUTION OF THE SCENARIO AND RAPID PROCESSING OF SCENARIO RESULTS TO YIELD ANALYTIC INSIGHTS. TA-3 FOCUSES ON THE DEVELOPMENT OF ANALYTICAL TOOLS THAT SUPPORT SENIOR LEVEL DECISION MAKING REGARDING THE CONDUCT OF TRADE SPACE EXPLORATION AND OPTIMIZATION BASED ON MISSION PRIORITIES OR OTHER VALUES, ASSESSMENT OF MISSION EFFECTIVENESS AND TECHNOLOGY DEVELOPMENT OPPORTUNITIES, AND FINANCIAL AND LOGISTICAL ANALYSIS IN SUPPORT OF FORCE STRUCTURE DECISIONS. TA-4 FOCUSES ON THE DEVELOPMENT OF GRADUATED MLS CAPABILITIES THAT ENABLE THE SECURE IMPORT, PROCESSING, AND EXPORT OF M&S-SPECIFIC DATA AND DATA TYPES. SUBCONTRACTOR€„¢S CONTRIBUTION CONSISTS OF DEVELOPMENT AND DELIVERY OF NEW CAPABILITIES OVER A 24--MONTH LONG EFFORT. TA-5 FOCUSES ON THE INTEGRATION OF ALL COMPONENTS OF SAFE-SIM, MODIFICATION OF THE SAFE-SIM ARCHITECTURE AS NEEDED, DEVELOPING AND EXECUTING AUTOMATED TESTS FOR NEW AND EXISTING FEATURES, AND RAPIDLY DEPLOYING SAFE-SIM TO VARIOUS ENVIRONMENTS.

THE CONTRACTOR SHALL PROVIDE TECHNICAL AND/OR PROGRAMMATIC SUPPORT TO THE USASMDC TC DEPUTY DIRECTOR, AND BMO IN THE DAY TO DAY OPERATIONS IN THE AREAS OF FINANCIAL REPORTING, PROGRAM REVIEWS, PROCESS IMPROVEMENT, COMPLIANCE, AND REPORTING ON PROGRAMS AND TECHNICAL ACCOMPLISHMENTS.

SCADA RESILIENCY UPGRADE AND INTRUSION DETECTION SYSTEM INCORPORATION

ADET

AVION WILL SUPPORT DEMONSTRATION, TESTING, EVALUATION, AND CHARACTERIZATION OF DE SYSTEMS, TO INCLUDE SUBSYSTEM AND COMPONENTS, AS WELL AS THE INTEGRATION OF NEW SUBSYSTEMS/COMPONENTS INTO DE PROTOTYPES, AS REQUIRED. IN ADDITION TO RANGE AND LABORATORY TEST SUPPORT, THE CONTRACTOR WILL USE MODELS AND SIMULATIONS TO PREDICT PERFORMANCE, DEFINE REQUIREMENTS, DESIGN ARCHITECTURES, AND ASSESS/CHARACTERIZE ANY IMPROVEMENTS OR MODIFICATIONS MADE TO ANY DE PROTOTYPE SYSTEMS. THE CONTRACTOR WILL SUPPORT THE DESIGN AND INTEGRATION OF NEW DE TARGETS AND INSTRUMENTATION TO SUPPORT DE DEMONSTRATIONS AND TESTING.

SUPPORT RADIANCE TECHNOLOGIES ON DARPA€„¢S SAFE-SIM €œPHASE 4€Ͽ½ PROGRAM. THE SCOPE OF THE SAFE-SIM PROGRAM HAS BEEN TO DEVELOP AN ALL-DOMAIN, MULTI-LEVEL SECURITY (MLS) ENABLED MODELING AND SIMULATION (M&S) ENVIRONMENT TO PERFORM MISSION-LEVEL M&S FOR SENIOR-LEVEL MILITARY DECISION MAKERS, TECHNOLOGY DEVELOPERS, AND ACQUISITION PROFESSIONALS FOR USE IN CONCEPT OF OPERATIONS (CONOP) DEVELOPMENT, FORCE STRUCTURE COMPOSITION, RESOURCE ALLOCATION, AND TARGETED TECHNOLOGY INSERTION. OUR SAFE-SIM PHASE 4 PROPOSAL RESPONSE FOCUSES ON ADDING KEY FEATURES TO CLOSE RESEARCH GAPS IDENTIFIED DURING PHASE 3. PRIMARY TASKS FOR PHASE 4 ARE TA-1 (MODELING AND STUDIES), TA-2 (PERFORMANCE), TA-3 (ARTIFICIAL INTELLIGENCE AND ANALYTICS), TA-4 (MULTI-LEVEL SECURITY), TA-5 (INTEGRATION, TESTING AND DEPLOYMENT), TA-6 (INFRASTRUCTURE), AND TA-7 (DOCUMENTATION). TA-1 FOCUSES ON THE DEVELOPMENT OF THE M&S ARCHITECTURE TO EXECUTE THE SCENARIOS BUILT THROUGH THE SCENARIO CONFIGURATION TOOL DEVELOPED UNDER TA-2 AND PRODUCE DATA FOR THE ANALYSIS CONDUCTED WITH THE ANALYTICAL TOOLS IMPLEMENTED IN TA-3. TA-2 FOCUSES ON THE DEVELOPMENT OF BOTH THE TOOL AND USER INTERFACE THAT ENABLE THE RAPID CONSTRUCTION AND FLEXIBLE MANIPULATION OF THEATER-WIDE, MISSION LEVEL SCENARIOS FOR EXECUTION IN THE M&S ENVIRONMENT CONSTRUCTED UNDER TA-1, AS WELL AS THE RAPID EXECUTION OF THE SCENARIO AND RAPID PROCESSING OF SCENARIO RESULTS TO YIELD ANALYTIC INSIGHTS. TA-3 FOCUSES ON THE DEVELOPMENT OF ANALYTICAL TOOLS THAT SUPPORT SENIOR LEVEL DECISION MAKING REGARDING THE CONDUCT OF TRADE SPACE EXPLORATION AND OPTIMIZATION BASED ON MISSION PRIORITIES OR OTHER VALUES, ASSESSMENT OF MISSION EFFECTIVENESS AND TECHNOLOGY DEVELOPMENT OPPORTUNITIES, AND FINANCIAL AND LOGISTICAL ANALYSIS IN SUPPORT OF FORCE STRUCTURE DECISIONS. TA-4 FOCUSES ON THE DEVELOPMENT OF GRADUATED MLS CAPABILITIES THAT ENABLE THE SECURE IMPORT, PROCESSING, AND EXPORT OF M&S-SPECIFIC DATA AND DATA TYPES. SUBCONTRACTOR€„¢S CONTRIBUTION CONSISTS OF DEVELOPMENT AND DELIVERY OF NEW CAPABILITIES OVER A 24--MONTH LONG EFFORT. TA-5 FOCUSES ON THE INTEGRATION OF ALL COMPONENTS OF SAFE-SIM, MODIFICATION OF THE SAFE-SIM ARCHITECTURE AS NEEDED, DEVELOPING AND EXECUTING AUTOMATED TESTS FOR NEW AND EXISTING FEATURES, AND RAPIDLY DEPLOYING SAFE-SIM TO VARIOUS ENVIRONMENTS.

PROVIDE SOFTWARE AND TEST AND EVALUATIONS SERVICES TO THE US ARMY SPACE AND MISSILE DEFENSE COMMAND TECHNICAL CENTER.

RESEARCH AND DEVELOPMENT IN THE PHYSICAL, ENGINEERING, AND LIFE SCIENCES

AFIT GREAT

SUBCONTRACT LABOR

THE SCOPE OF THIS CONTRACT IS TO PROVIDE SYSTEMS ENGINEERING AND MODELING, SIMULATION, AND ANALYSIS OF HIGH ENERGY LASER (HEL) SYSTEMS TO AIR FORCE GLOBAL STRIKE COMMAND. THE PRIMARY OBJECTIVE IS TO PERFORM ANALYSIS OF AIRBORNE HEL WEAPON SYSTEMS INTEGRATED INTO THE BATTLESPACE, WITH A FOCUS ON OPTIMAL ENGAGEMENT SELECTION AND FORMATION FLYING.