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RPA Launch Control Development

HX5 assisted with the development of initial launch control architectures and processes for weaponized RPAs being responsible for delivering functional descriptions; incorporate interface control documents; launch sequencing schematics for automated launches; concepts of operation and functional walkthroughs; and updated logic flow diagrams.

 

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ANG Mission Spectrum Support

HX5 IT and engineering specialists sustained the mission planning activities of KC-135, F-16, A-10, C-5, C-17, C-130, EC-130, HC-130, C-27, C-21, and HH-60 manned platforms, the MQ-1 and MQ-9 RPAs, and Distributed Common Ground System units that collect, analyze, and distribute data gathered by the Predator and Reaper. HX5 provided invaluable mission spectrum support throughout the workforce at multiple geographically-dispersed sites all across the country. 
 

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Information Technology Laboratory

HX5 administered the ITL computing environments for the U.S. Department of Defense High Performance Computing Modernization Program, the Enterprise Information Systems (EIS) Program Execution Office, and the office of a Deputy Chief of Staff of the Army. We performed extensive SIPRNet and NIPRNet network administration; system administration; network and systems security evaluations; and IT disaster recovery actions and served as the NIPRNet Globe Services (NGS) Operations Team Leader.

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PEO Soldier Battery Development

The modern American infantryman relies heavily on electronics for everything from seeing at night to calling in air strikes to defeat the enemy. Night vision goggles, radios, and even more runs on batteries, which are heavy and bulky. HX5 staff rapidly guided the battery technology from prototype to test and integration to evaluation by soldiers. We also developed documentation for support, sustainment, and fast fielding to get this life-protecting, effort-saving, lightweight, conformal and comfortably fitting technology to troops as quickly as possible.

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Orbital Debris Modeling

HX5 personnel conceptualized, developed, and maintained orbital debris environmental computer models for the Orbital Debris Research & Science Operations Group.  These models were aimed at mitigating the risk of spacecraft colliding with space junk orbiting the planet.  HX5 tested their accuracy via 3-D rendering technology.

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NASA Exercise Countermeasures

In support of NASA initiatives, HX5 performed scientific and engineering services on the Exercise Countermeasures Project, from developing concepts for next generation, space borne equivalents of weight resistance machines, treadmills, and stationary cycles to improving current exercise aids aboard the International Space Station, HX5 engineers actively support the project goal of keeping astronauts healthy.

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NAVO Network Support

Under this effort, HX5 Information Technology specialists were responsible for the performance of all corrective, diagnostic, and preventive maintenance on all systems and peripheral devices that form a part of the classified network (as well as all standalone systems and associated peripherals) used by the U. S. Naval Oceanographic Office. Operating within this classified facility, HX5 maintained both the unclassified and classified networks that form the Scientific and Technical LAN. Within such an environment, HX5 IT specialists had to be very conscious of and sensitive to the requirements for maintenance, handling, storage, and accountability of systems, peripherals, and the component parts that comprised the classified IT hardware and network infrastructure being supported. 

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RPA Launch Control Development
RPA Launch Control Development
ANG Mission Spectrum Support
ANG Mission Spectrum Support
Information Technology Laboratory
Information Technology Laboratory
PEO Soldier Battery Development
PEO Soldier Battery Development
NASA Exercise Countermeasures
NASA Exercise Countermeasures
To see more projects, please visit our Performance page.