Authentic Holdings, Inc.

IGF::OT::IGF THE CONTRACTOR SHALL PROVIDE A CLOUD COMPUTING IAAS SERVICE MODEL, TO SUPPORT A "PRIVATE CLOUD" (AS DEFINED IN SPECIAL PUBLICATION 800-145), WHICH INCLUDES COMPLETELY DEDICATED AND SHARED COMPONENTS, AS DEFINED IN SECTION 5.3 OF THIS PWS. THE VA UTILIZES HSPD-12 PERSONAL IDENTITY VERIFICATION (PIV) MULTIFACTOR AUTHENTICATION, WHICH WILL REQUIRE THE CONTRACTOR TO HAVE A PIV BADGE READER FOR REMOTE ACCESS.

EA3 (AUTHENTICATION, AUTHORIZATION, ACCESS) ARCHITECT AND DEVELOPMENT SUPPORT

EA3 (ELECTRONIC AUTHENTICATION, AUTHORIZATION, ACCESS) PROJECT MANAGEMENT AND TESTING SUPPORT

IGF::OT::IGF NOTE THE MAJORITY OF LABOR OCCURS OCONUS IN COLOMBIA. DUE TO LIMITATIONS OF THIS SYSTEM, PERFORMANCE IS SHOWN AS THE PRINCIPLE PLACE OF CONUS PERFORMANCE TO ALLOW THE CARS TO AUTHENTICATE WHEN THE CONTRACT INCLUDES REQUIRED LABOR-RELATED CLAUSES. THIS WILL APPLY TO ALL FUTURE MODIFICATIONS. AWARD OF MOBILE AIR SURVEILLANCE SYSTEM CONTRACT FOR TRANSITION PERIOD AT NO COST PER PROPOSAL. BASE YEAR FY15 FUNDING WITH TAS NOTED ABOVE WILL BE OBLIGATED ON OR ABOUT 1 OCT 14.

IGF::OT::IGF THE PRIMARY PURPOSE OF THIS TASK ORDER IS TO SUPPORT MCNOSC IN CARRYING OUT THE TECHNICAL SUBSET OF THE DOCTRINAL DOD CNDSP FUNCTIONS OF PROTECTION DETECTION AND RESPONSE IN ORDER TO DISRUPT DENY AND DEGRADE NETWORK ADVERSARIES ABILITY TO INFLUENCE THE CONFIDENTIALITY INTEGRITY AVAILABILITY AUTHENTICATION AND NON-REPUDIATION OF IT SERVICES PROVIDED TO USERS ON THE MCEN AND JOINT NETWORKS.

CMS ENTERPRISE SERVICE FOR REMOTE IDENTITY PROOFING AND MULTI-FACTOR AUTHENTICATION

IGF::OT::IGF REQUIREMENT IS FOR THE PROCUREMENT OF CONTRACTOR SUPPORT SERVICES TO AGILELY DEVELOP, ENHANCE, TEST, RELEASE, AND MAINTAIN VARIOUS ASPECTS OF VETS.GOV, INCLUDING BUT NOT LIMITED TO, WEBSITE DESIGN, CONTENT CREATION, APPLICATION DEVELOPMENT AND AUTHENTICATION INTEGRATION.

E-A3 (AUTHENTICATION, AUTHORIZATION, ACCESS) ARCHITECT AND DEVELOPMENT SUPPORT

SYSTEM F6 PROGRAM, PHASE 2 - THE SYSTEM F-6 PROGRAM SEEKS TO DEMONSTRATE THE FEASIBILITY AND BENEFITS OF A SATELLITE ARCHITECTURE WHEREIN THE FUNCTIONALITY OF A TRADITIONAL MONOLITHIC SPACECRAFT IS REPLACED BY A CLUSTER OF WIRELESSLY-INTERCONNECTED SPACECRAFT MODULES. EACH SUCH FRACTIONATED MODULE WOULD CONTRIBUTE A UNIQUE CAPABILITY, E.G., COMPUTATION AND DATA HANDLING, COMMUNICATIONS RELAY, GUIDANCE AND NAVIGATION, PAYLOAD SENSING, ETC., OR IT COULD REPLICATE THE CAPABILITY OF ANOTHER MODULE. THE FRACTIONATED MODULES WOULD FLY IN A LOOSE, PROXIMATE CLUSTER ORBIT OR POTENTIALLY SELF-ASSEMBLE INTO AN AGGREGATE SYSTEM. CRITICAL TO THIS ARCHITECTURE IS A ROBUST, SYSTEM-LEVEL APPROACH TO ENSURING SECURITY, INTEGRITY, AND AVAILABILITY, WHILE IMPLEMENTING AUTHENTICATION AND NON-REPUDIATION. THE MODULES CREATE A VIRTUAL SATELLITE, DELIVERING A COMPARABLE MISSION CAPABILITY TO A MONOLITHIC SPACECRAFT, WHILE SIGNIFICANTLY ENHANCING FUNCTIONAL AND PROGRAMMATIC FLEXIBILITY AND ROBUSTNESS, REDUCING RISK THROUGH THE MISSION LIFE AND SPACECRAFT DEVELOPMENT CYCLE, AND ENABLING INCREMENTAL DEPLOYMENT OF THE SYSTEM. THE SYSTEM F-6 ARCHITECTURE IS DESIGNED TO PROVIDE VALUABLE OPTIONS TO DECISION MAKERS THROUGHOUT THE LIFE CYCLE DEVELOPMENT OF FUTURE SPACE SYSTEMS THAT ARE ABSENT IN PRESENT-DAY MONOLITHIC ARCHITECTURES.

IGF::CT::IGF "CRITICAL FUNCTIONS" THE PURPOSE OF THIS AWARD IS FOR AN OPERATIONA;LLY AND COST EFFECTIVE APPROACH, THAT WILL PROVIDE AUTHORIZED NON-PRIVILEGED USERS A MORE INNOVATIVE SOLUTION TO ACCESS FSA SYSTEMS THROUGH A SECURE AUTHENTICATION CAPABILITY.