NASA Shared Services Center Awarded Contracts - cyber security | Federal Compass

NASA Shared Services Center Awarded Contracts - cyber security

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80NSSC19M0056 - THIS PROPOSAL IDENTIFIES OPPORTUNITIES TO ENHANCE NEVADA S RESEARCH INFRASTRUCTURE THAT WILL RESULT IN SUSTAINABLE RESEARCH PROGRAMS RELEVANT TO BOTH NASA AND THE STATE S INTERESTS. THE OVERALL GOALS OF THE NEVADA NASA EPSCOR PROGRAM ARE: CONTRIBUTE TO THE OVERALL RESEARCH INFRASTRUCTURE, SCIENCE AND TECHNOLOGY CAPABILITIES, HIGHER EDUCATION, AND/OR ECONOMIC DEVELOPMENT OF NEVADA; IMPROVE THE CAPABILITIES OF NEVADA FACULTY/RESEARCHERS TO GAIN SUPPORT FROM SOURCES OUTSIDE THE NASA EPSCOR PROGRAM THAT ARE MOST RELEVANT TO NASA RESEARCH AND MISSIONS; DEVELOP PARTNERSHIPS AMONG RESEARCHERS AT NSHE, NASA CENTERS, AND INDUSTRY; AND WORK IN COORDINATION WITH THE NASA SPACE GRANT PROGRAM TO IMPROVE THE ENVIRONMENT FOR SCIENCE, MATHEMATICS, ENGINEERING, AND TECHNOLOGY EDUCATION IN NEVADA. SPECIFIC OBJECTIVES THAT HAVE BEEN TARGETED TO MEET NEVADA NASA EPSCOR RID PROGRAM GOALS INCLUDE: OBJECTIVE 1: ENHANCE RESEARCH INFRASTRUCTURE BY COMPETITIVELY AWARDING AT LEAST TWO SIGNIFICANT RID SEED GRANTS EACH YEAR. GRANTS WILL BE RELEVANT TO BOTH NASA AND NEVADA STRATEGIC SCIENCE PLANS, AS WELL AS THE NASA CENTER AND MISSION DIRECTORATE SCIENCE PRIORITIES PROVIDED BY THE NATIONAL NASA EPSCOR PROJECT MANAGER. A REQUIREMENT OF THE SEED GRANT SOLICITATION IS THE SUBMISSION OF AT LEAST ONE COMPETITIVE PROPOSAL. OBJECTIVE 2: PROMOTE THE PLANNING AND IMPLEMENTATION OF TRAINING AND PROPOSAL DEVELOPMENT WORKSHOPS THAT WILL FOSTER COLLABORATION AND THE DEVELOPMENT OF SKILLS AND KNOWLEDGE TO IMPROVE NEVADA RESEARCH INFRASTRUCTURE. FUNDING FOR AT LEAST ONE WORKSHOP PER YEAR IS BUDGETED. AN EXPECTED OUTCOME FROM THE WORKSHOPS IS THE SUBMISSION OF A COMPETITIVE RESEARCH PROPOSAL. OBJECTIVE 3: FACILITATE NEW RESEARCH COLLABORATIONS AMONG NASA CENTERS AND NSHE FACULTY BY AWARDING TRAVEL GRANTS. AS MANY TRAVEL SUB-AWARDS AS POSSIBLE WITH REMAINING RID FUNDS WILL BE MADE AVAILABLE EACH YEAR. AN EXPECTED OUTCOME IS THE SUBMISSION OF A COMPETITIVE AND COLLABORATIVE RESEARCH PROPOSAL AMONG NSHE FACULTY AND NASA CENTER SCIENTISTS. THE SCIENCE PRIORITIES FOR THIS PROPOSAL ARE RESPONSIVE TO THE NASA CENTER AND MISSION DIRECTORATE PRIORITIES PROVIDED BY THE NATIONAL NASA EPSCOR PROJECT MANAGER, THE 2018 NASA STRATEGIC PLAN, THE 2015 NSHE SCIENCE AND TECHNOLOGY PLAN AND THE GOVERNOR S OFFICE OF ECONOMIC DEVELOPMENT PLAN ENTITLED 2012-2014 MOVING NEVADA FORWARD: A PLAN FOR EXCELLENCE IN ECONOMIC DEVELOPMENT . IN PREPARATION FOR THIS PROPOSAL, THE NV RID TAC COLLABORATIVELY DEVELOPED A SUBSET OF SCIENCE PRIORITIES AS A FOCAL POINT FOR FUTURE NEVADA NASA EPSCOR ENDEAVORS BASED ON THE ABOVE DOCUMENTS, NSHE CURRENT AND EMERGING RESEARCH AREAS AND BUSINESS MEMBER PERCEPTIONS OF CURRENT FOCUS AREAS FOR NASA. THE TAC IDENTIFIED SUBSET OF SCIENCE PRIORITIES IS LISTED BELOW BY NSHE, STATE, AND BUSINESS FOCUS AREAS. NSHE RESEARCH FOCAL AREAS THAT ARE NASA RELEVANT: SPACE EXPLORATION MATERIALS; SPACE PSYCHOLOGY; MATERIALS AND ADVANCED MANUFACTURING; ROBOTICS (EMERGENCY SERVICES; HUMAN SERVICES, CONSTRUCTION AND MINING TECHNOLOGIES) UAS (MATERIALS, HARDWARE, SOFTWARE, COMMAND/CONTROL AND APPLICATIONS); BIG DATA; RADIATION PROTECTION; RENEWABLE ENERGY AND PHOTOVOLTAICS; SOFTWARE ENGINEERING; CYBERSECURITY; ELECTRONICS; 3D PRINTING; CUBESAT; MARS GEOCHEMISTRY; ASTROBIOLOGY/EXOBIOLOGY; ASTROPHYSICS AND PLANETARY SCIENCES (JAMES WEBB TELESCOPE LAUNCHING IN 2020); SAMPLE SCIENCE, CELL AND DEVELOPMENTAL BIOLOGY; PLANT BIOLOGY AND ECOSYSTEMS; MICROBIAL BIOFILMS WILL SHED LIGHT ON HOW BIOFILMS FORM AND IDENTIFY MATERIALS AND WAYS TO CONTROL BIOFILM FORMATION. WATER RESOURCES; HYDROMETEOROLOGY AND CLIMATE MODELING; DRY LAND AGRICULTURE; EARTH SCIENCE; AND FORM NRESS-300 VERSION 3.0 APR 09 AEROSOLS AND ATMOSPHERIC POLLUTANTS AND PROPERTIES STATE OF NEVADA FOCAL AREAS FOR NSHE: MORE STEM-RELATED RESEARCH AND DEVELOPMENT; UAS AND AUTONOMOUS GROUND VEHICLES; AEROSPACE; AND CRYPTO/CYBER SECURITY
Cooperative Agreement
Contractor
UNIVERSITY OF NEVADA RENO (NEVADA SYSTEM OF HIGHER EDUCATION)
Contracting Agency/Office
National Aeronautics and Space Administration»Mission Support Directorate»NASA Shared Services Center
Effective date
03/01/2019
Obligated Amount
$448.7k
80NSSC18C0033 - FOR COMPLEX MISSIONS THAT ARE AWAY FROM EARTH'S RESOURCES, THERE IS AN UNMET NEED FOR MORE AUTONOMOUS OPERATIONS WITH MINIMAL EARTH CONTACT. ADDITIONALLY, SECURE PROXIMITY- AND AUTONOMOUS-COMMUNICATION AMONG VARIOUS TYPES OF SPACE VEHICLES ARE NEEDED TO IMPLEMENT COMPLEX AND TIME-VARYING NETWORKS OF SPACECRAFT AND SENSORS, WHICH ARE CAPABLE OF SHARING RICH, NEAR-REAL-TIME STREAMS OF INFORMATION. EFFICIENT, SECURE, MISSION-CONFIGURABLE, AND DYNAMIC KEY MANAGEMENT AND CIPHER SUITES SUPPORTING MULTIPLE QOS LEVELS FOR THE BUNDLE PROTOCOL ARE REQUIRED TO AUGMENT CURRENT AND FUTURE DELAY AND DISRUPTION TOLERANT NETWORKING (DTN) SOLUTIONS TO SATISFY THESE MISSION REQUIREMENTS. ANTARA S INNOVATION WILL ENHANCE THE SECURITY OF NASA S DTN IMPLEMENTATIONS, SPECIFICALLY, THE INTERPLANETARY OVERLAY NETWORK (ION), AND DELIVER A STANDARDS DRIVEN ADAPTATION OF THE CONSTRAINED APPLICATION PROTOCOL (COAP) OVER THE BUNDLE PROTOCOL (COAP-OVER-BP). PHASE II ACTIVITIES INCLUDE THE DEVELOPMENT OF TARACOAP CYBER-PHYSICAL AUTONOMOUS ASSET OBSERVATION AND MANAGEMENT MODULE. FURTHER R&D WILL DRIVE THE ELLIPTICAL CURVE CRYPTO KEY MANAGEMENT AND DISTRIBUTION MODULE, THE INTEROPERABLE ANTARATEK CIPHER SUITE FOR BPSEC, AND THE SCALABLE TARACOAP TO TRL-7. THE ANTARATEK SOFTWARE WILL ALSO BE TESTED WITH ISS DTN PAYLOAD COMMUNICATIONS (E.G., TREK). ADDITIONALLY, THE SOFTWARE WILL BE INFUSED TO RAD-HARD FPGAS AND FUTURE COMPUTE PLATFORMS SUCH AS THE HIGH PERFORMANCE SPACEFLIGHT COMPUTING CHIPLET. UTILIZING THE ION FRAMEWORK WILL LOWER THE COST AND THE TIME TO DEVELOP A HIGH TRL SOLUTION AND REDUCE IMPLEMENTATION RISK. ANTARA'S INNOVATIONS WILL DELIVER HIGHER SECURITY AND PERFORMANCE RELATIVE TO EXISTING SYSTEM TECHNOLOGY, SUPPORT COMPLEX AND TIME-VARYING NETWORKS, SCALE TO LARGE NETWORKS, AND ENABLE SECURE COMMUNICATIONS FOR THE SOLAR SYSTEM INTERNET. SUCCESSFUL DEPLOYMENT OF THE INNOVATION WILL ADDRESS NASA TECHNOLOGY GAPS TA5.3.1 AND TA5.3.3 AND ENHANCE THE STATE-OF-ART FOR DTN IMPLEMENTATIONS.
Definitive Contract - 541715 Research and Development in the Physical, Engineering, and Life Sciences
Contractor
ANTARA TEKNIK LLC
Contracting Agency/Office
National Aeronautics and Space Administration»Mission Support Directorate»NASA Shared Services Center
Effective date
04/19/2018
Obligated Amount
$749.5k
80NSSC18M0022 - THE GOAL OF THIS PROJECT IS TO DEVELOP A WIRELESS BODY AREA NETWORK COMBINED WITH FLEXIBLE AND WEARABLE SENSORS THAT WILL COMPRISE A HEALTH MONITORING SYSTEM FOR SPACESUITS. THE PROJECT IS DIRECTLY RELATED TO PRIORITIES IN THE HUMAN EXPLORATION AND OPERATIONS MISSION DIRECTORATE AND THE SPACE TECHNOLOGY MISSION DIRECTORATE OF NASA. TO ADDRESS OUR GOAL, WE HAVE ASSEMBLED A MULTI-INSTITUTION AND MULTIDISCIPLINARY RESEARCH TEAM FROM SOUTH DAKOTA SCHOOL OF MINES AND TECHNOLOGY (SDSM&T), SOUTH DAKOTA STATE UNIVERSITY (SDSU), AND UNIVERSITY OF SOUTH DAKOTA (USD), ALONG WITH COLLABORATORS AT FOUR NASA RESEARCH CENTERS (JOHNSON SPACE CENTER, GLENN RESEARCH CENTER, AMES RESEARCH CENTER, AND LANGLEY RESEARCH CENTER) AND THREE INDUSTRY PARTNERS (ILC DOVER, L3 COMMUNICATION SYSTEMS-WEST, AND NANOPAREIL LLC). THIS COLLABORATION IS WELL POSITIONED TO ADDRESS THE GRAND CHALLENGES IN TECHNOLOGY AND SCIENCE OF WIRELESS COMMUNICATION, SENSOR DEVELOPMENT, NANOMATERIALS, AND OCCUPATIONAL HEALTH FOR A NEXT-GENERATION HEALTH MONITORING SYSTEM RELEVANT TO NASA MISSIONS. THIS PROJECT PROPOSES AN INTEGRATED RESEARCH PLAN TO (1) DESIGN AND IMPLEMENT A ROBUST, EFFICIENT, AND SECURE WIRELESS BODY AREA NETWORK OF SENSORS FOR COLLECTION AND TRANSMISSION OF REAL-TIME AND MULTI-DIMENSIONAL PHYSIOLOGICAL DATA OF HUMAN BODIES; (2) DEVELOP PROTOTYPE WIRELESS SENSOR NODES OF WEARABLE BIOMEDICAL AND STRAIN SENSORS THAT ARE LIGHTWEIGHT, CONFORMABLE, FLEXIBLE, AND STRETCHABLE; (3) INTEGRATE INNOVATIVE WEARABLE SENSOR NODES INTO THE WIRELESS BODY AREA NETWORK AND EVALUATE THE PERFORMANCE OF NETWORK; AND (4) BUILD NEW RESEARCH INFRASTRUCTURE AND CAPABILITY FOR WIRELESS SENSING SYSTEMS AND FLEXIBLE SENSOR DEVELOPMENT IN SOUTH DAKOTA. IN ADDITION TO THE RESEARCH GOALS, THE OTHER OBJECTIVES OF THE PROJECT ARE (1) TO PROVIDE HIGH-QUALITY RESEARCH AND EDUCATION FOR K-12, UNDERGRADUATE AND GRADUATE STUDENTS; (2) TO STRENGTHEN THE SCIENCE, ENGINEERING AND HEALTHCARE PROGRAMS AT SDSM&T, SDSU AND USD; (3) TO FOSTER CLOSE PARTNERSHIP WITH NASA RESEARCH CENTERS, INDUSTRY, AND ACADEMIA; AND (4) TO INITIATE NEW TECHNOLOGY COMMERCIALIZATION AND PROMOTE ECONOMIC DEVELOPMENT IN SOUTH DAKOTA. THE OUTCOME OF THE PROJECT WILL ENABLE A WIRELESS NETWORK SYSTEM FOR REAL-TIME AND MULTI-DIMENSIONAL MONITORING OF THE PHYSIOLOGICAL PARAMETERS OF THE HUMAN BODY, WHICH WILL PROVIDE KEY TECHNOLOGIES FOR EVALUATION OF HEALTH IMPACTS OF THE SPACE ENVIRONMENT ON ASTRONAUTS. ADDITIONALLY, THIS PROJECT WILL CONTRIBUTE SIGNIFICANTLY TO THE RESEARCH AND EDUCATION INFRASTRUCTURE OF SOUTH DAKOTA, FURTHER STRENGTHEN THE RELATIONSHIP WITH NASA BY CREATING RECRUITMENT OPPORTUNITIES FOR NASA RESEARCH CENTERS, AND PROMOTE ECONOMIC DEVELOPMENT IN THE STATE. THESE OUTCOMES ARE DIRECTLY RELEVANT TO NASA S TECHNOLOGY ROADMAP AREA TA 6: HUMAN HEALTH, LIFE SUPPORT AND HABITATION SYSTEMS; AS WELL AS OTHER AREAS INCLUDING TA 4: ROBOTICS AND AUTONOMOUS SYSTEMS; TA: 8 SCIENCE INSTRUMENTS, OBSERVATORIES, AND SENSOR SYSTEMS; AND TA: 12 MATERIALS, STRUCTURES, MECHANICAL SYSTEMS, AND MANUFACTURING. THIS PROJECT IS ALSO DIRECTLY RELATED TO RESEARCH FOCI OF THE 2020 VISION: THE SOUTH DAKOTA SCIENCE AND INNOVATION STRATEGY IN HUMAN HEALTH AND NUTRITION, MATERIALS AND ADVANCED MANUFACTURING, AND INFORMATION TECHNOLOGY AND CYBER SECURITY.
Cooperative Agreement
Contractor
SOUTH DAKOTA SCHOOL OF MINES & TECHNOLOGY
Contracting Agency/Office
National Aeronautics and Space Administration»Mission Support Directorate»NASA Shared Services Center
Effective date
01/09/2018
Obligated Amount
$741.1k
NNX16AB09G - CYBER PHYSICAL SYSTEMS ARE RAPIDLY TRANSFORMING INTO COMPLEX, NETWORKED COMPUTING SYSTEMS THAT ELECTRONICALLY CONTROL PHYSICAL SYSTEMS. FOR EXAMPLE, FUTURE AUTOMOTIVE SYSTEMS ARE LIKELY TO INCLUDE AUTONOMOUS DRIVING CAPABILITIES AND BE CONNECTED TO THE INTERNET FOR PASSENGER ENTERTAINMENT SYSTEMS AND DRIVING INFORMATION. UNFORTUNATELY, THE INCREASED COMPLEXITY OFTEN LEADS TO MORE SECURITY VULNERABILITIES. NETWORK CONNECTIVITY OPENS UP THESE VULNERABLE SYSTEMS TO REMOTE SOFTWARE ATTACKS THAT CAN HAVE REAL WORLD PHYSICAL DAMAGE. THIS PROJECT AIMS TO PROVIDE PROVABLE SECURITY AND SAFETY ASSURANCE FOR CYBER PHYSICAL SYSTEMS BY ENSURING THAT SAFETY CRITICAL OPERATIONS CANNOT BE AFFECTED BY POTENTIALLY MALICIOUS PARTS OF THE SYSTEM EXCEPT FOR EXPLICITLY CONTROLLED CASES. IN PARTICULAR, WE PROPOSE TO USE FINE GRAINED INFORMATION FLOW CONTROL IN BOTH HARDWARE AND SOFTWARE TO CONTROL HOW LOW INTEGRITY INFORMATION CAN AFFECT HIGH INTEGRITY CONTROL DECISIONS. THIS SECURITY ASSURANCE CAN THEN BE USED TO PROVIDE QUANTITATIVE SAFETY ASSURANCE BY ANALYZING THE EFFECTIVENESS OF THE PROTECTED SAFETY MECHANISMS.
Grant for Research
Contractor
CORNELL UNIVERSITY, INC
Contracting Agency/Office
National Aeronautics and Space Administration»Mission Support Directorate»NASA Shared Services Center
Effective date
11/02/2015
Obligated Amount
$1,000k
NNX15AQ48G - 1. SYSTEMATICALLY ENUMERATE THE ATTACK SURFACE FOR CLOUD CONTROLLED UAS 2. IMPLEMENT CLOUD-BASED TRAJECTORY PLANNING ALGORITHM THAT ROUTES AIRCRAFT AROUND WEATHER. A. CAN LEVERAGE EXISTING APPROACHES B. INCLUDE UAS OR LOCAL EVENTS? 3. IDENTIFY QUALITY OF SERVICE DEMANDS FOR NETWORKED COMMUNICATION CONNECTING AIRCRAFT TO PLANNING ALGORITHMS A. CONSIDER WEATHER PREDICTION UPDATE RATES B. AIRBORNE COMMUNICATION CHANNELS C. ROBUSTNESS OF PLANS TO QOS VIOLATIONS I. CONCEPT: PROVIDE ENSEMBLE OF PLANS 4. IMPLEMENT BASIC ACTIVE SECURITY CONCEPT A. FOCUS AT NETWORK ROUTING LEVEL B. ABSTRACT PHYSICAL LAYER EFFECTS, JAMMING,INTERFACE ETC C. EMULATES OBSERVE-ORIENT-DECIDE-ACT OODA PARADIGM I. FRAMEWORK FOR DISCUSSING CYBER-ASSURANCE AND CYBER- DEFENSE AGAINST ADVERSARY
Grant for Research
Contractor
University of Colorado (REGENTS OF THE UNIVERSITY OF COLORADO, THE)
Contracting Agency/Office
National Aeronautics and Space Administration»Mission Support Directorate»NASA Shared Services Center
Effective date
07/29/2015
Obligated Amount
$29.5k
NNX14AR17A - THE NASA OLYMPIONICS PROGRAM WILL RECRUIT STUDENTS FROM FLORIDA COMMUNITY COLLEGES AND ENGAGE THEM IN A STEM EDUCATION PROGRAM FOCUSED ON SIMPLIFIED VERSIONS OF NASA'S TRADITIONAL CHALLENGES/PROJECTS TARGETED AT FOUR YEAR UNIVERSITIES. THIS CONCEPT IS BASED ON EVIDENCE FOUND IN A STUDY BY BRANDEIS UNIVERSITY WHICH CONCLUDES THAT THE FIRST ROBOTICS COMPETITION HAS RESULTED IN AN INCREASED NUMBER OF STUDENTS MATRICULATING INTO STEM DEGREES AT HIGHER EDUCATION INSTITUTIONS. IT IS ALSO BASED ON RESULTS IDENTIFIED BY THE US NAVAL ACADEMY WHICH IDENTIFIES HOW THEIR CYBER WEEKEND COMPETITION, MODELED AFTER THE NATIONAL SECURITY AGENCY'S CYBER DEFENSE COMPETITION, HAS DIRECTLY LED TO SIGNIFICANT INCREASES IN STUDENTS ENROLLING INTO ITS COMPUTER SCIENCE DEPARTMENT.
Cooperative Agreement
Contractor
University of Central Florida (UNIVERSITY OF CENTRAL FLORIDA)
Contracting Agency/Office
National Aeronautics and Space Administration»Mission Support Directorate»NASA Shared Services Center
Effective date
09/18/2014
Obligated Amount
$476.9k

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