MATRIX AUTOMATION RADIO SOFTWARE Full Download.17
Bubba Lual
In a contested environment, mission success depends on PNT data that is both accurate and continuously available. Leidos introduces the Assured Data Engine for Positioning and Timing (ADEPT), a resilient software solution to APNT across all domains of battle. "Any platform, any sensor, anytime."
Provides automated capabilities, an open architecture, and a standards- based framework necessary to support activity-based intelligence. Capabilities include content management, sensor management, automated fusion, and data integration.
ADWS MILES expands force-on-force live training capability and fidelity from infantry-based and armor-based exercises to the inclusion of simulated air defense engagements-ground to air, and air to ground. It provides an adaptable, wireless, tactical engagement and instrumentation system for contemporary air defense weapons manufactured domestically and internationally.
ASPS is a digital warehouse of aeronautical source, as well as a collection of services geared toward continual maintenance of that information, enabling on-demand access via the web and NGA Classified Cloud Environment 24/7. It hosts 3.8M source files, all meta-tagged and searchable by numerous criteria. There are currently over 8500 users from NGA, the DoD, State Department, and foreign partners.
Today's threats are evolving faster than our existing platforms, architectures and processes can adapt. The rate of evolution necessitates a scalable, flexible pod system and architecture that can be rapidly reconfigured, tested, and deployed. The AGILEPOD is the next evolution in pod development providing a podded solution to support tri-service multi-mission capability supporting specialized tactical platforms. The use of a Podded Leidos product combined with Open Systems Architectures provides the foundation for rapid availability and vendor agnostic solutions, leveraging other open standards including, but not limited to OMS, COARPS, MORA, FACE, REDHAWK/TOA, CMOSS, HOST, along with planning, Enterprise IT, and Airborne Integration and Operations to the DoD, Civil, and Commercial manned/unmanned segment.
Leidos delivers a Motion Imagery (MI) system that receives, processes, and archives full motion video (FMV) data. Built on a foundation of more than two decades of operational experience, AIMES is both a battle-proven MI solution and a critical enabler for intelligence enterprises. Leidos designed and implemented the AIMES software suite in close alignment with the Motion Imagery Standards Board (MISB) for processing and distribution of MI data.
The AMMP GEOINT SPECTRE is a modified AMMP pod developed to host the SPECTRE sensor. The pod incorporates key features such as inlets and exhausts to maintain sensor thermal management, a linear actuated bay door, machined aluminum strongback, custom mounting lugs, and composite body. While in flight, the AMMP GEOINT SPECTRE holds the SPECTRE sensor, maintains its operating temperature, and allows for sensor line of sight using its sliding bay door.
The Leidos AMPLIFY program investment planning and incentive capture tool provides national accounts, manufacturers, distributors, and contractors with quick and easy access to commercial lighting incentives for a single location or thousands of locations.
The computer model uses an efficient and high fidelity electromagnetic modeling approach that is based on the shooting and bouncing ray (SBR) technology that is similar to the Xpatch toolkit. The SBR method launches rays from the antenna(s) and traces them through multiple bounces as they interact with 3D models that define the operating environment. As the rays interact with objects, they deposit currents on the 3D operational environment according to physical optics (PO) principles. These currents are then integrated to generate the scattering contribution of the antenna's environment to produce the overall installed antenna radiation pattern.
The Apatch software can operate on highly realistic complex CAD models of the actual radiating environment, thereby ensuring a great degree of confidence in the simulation results. Typical applications of the Apatch software include the following:
The Apatch software aids engineers in evaluating the interplay between the effects of antenna placement, vehicle geometry, and the surrounding environment. Users of the Apatch software include government organizations and major aerospace firms.
The Apatch software is one of the only codes in the US that supports prediction of the realistic interaction of an antenna with its environment. This modeling capability also provides an invaluable aid in analyzing existing systems and allows the system designer to experiment with various antenna placements to quickly characterize the radiation and coupling performance, thus leading to optimized antenna location. Because our software identifies potential problems with antenna placement prior to testing, expensive cut-and-try design methods can be eliminated, thus significantly reducing design and development cycle times.
An autonomous robot available for lease from Leidos, for commercial and Government customers to develop new, derivative underwater robotic capabilities and to perform survey and seafloor intervention work currently performed by discrete autonomous underwater vehicles and tethered remotely operated vehicles. ITAR constraints would apply to both commercial and government applications.
A communications system that supports audio transmission across multiple security domains. MLS streamlines operator workstations with a single microphone headset for use across multiple security enclaves, resulting in seamless mission communications.
BTS (Budgeting for Total Signature) is an adaptable threat-based signature reporting tool currently used for radar signatures with planned development for infrared, acoustic, visual, magnetic/pressure, and electromagnetic emissions.
Our high-performance ClearScan cabin baggage security screener uses CT technology and advanced algorithms to deliver the highest level of passenger convenience, allowing for liquids and electronics to be kept in cabin baggage when going through security checkpoints.
Leidos developed a product line of virtual individual and crew driver trainers based on a common architecture of hardware and software components. This architecture enables the rapid development and fielding of CDT variants and can be expanded to support a wide variety of international military vehicles.
Managed attribution service for bulk and targeted browser collection of Publicly Available Information. DDAM goes beyond non-attribution and misattribution to obscure both the source (proxy server routing) and intent (technical personas and smart fog) of a query.
Effective Medium Theory Materials (EMTM) is a computer code that calculates the effective permittivity of a material comprising a substrate or matrix that is randomly loaded with general ellipsoidal particles or inclusions.
En Route Automation Modernization (ERAM) technology is the heart of NextGen and the pulse of the national airspace system, helping to advance the transition from a ground-based system of air traffic control to a satellite-based system. ERAM provides the foundational platform required for FAA to enable NextGen solutions.
The Exploranium system scans containers, trucks, cars, and railcars while in motion to detect and locate gamma-ray and neutron sources, displaying live and stored radiation profiles on graphic consoles used at thousands of installations for both government and commercial clients in the United States and other countries.
Our eXaminer Range of enhanced checked baggage screening systems that set the standard for precision, reliability, and advanced operator inspection. The eXaminer's revolutionary multi-slice CT imaging technology generates full 3D imaging for unsurpassed accuracy and outstanding material discrimination, with a choice of footprints, belt speeds to met varying throughput needs.
Varec's Foreign Object Debris Detection (FODD) solution is an automated system that provides continuous monitoring with high-resolution and high-speed detection of Foreign Object Debris (FOD) on critical Aircraft Operating Areas (AOA). At the center of the solution is a network of sensors, or surface detection units (SDUs), co-located with the runway edge lights. Each SDU reports to the FODD system that provides operators with FOD alerts, imagery, classification and reporting tools.
FuelsManager assists oil companies, defense organizations, airlines and airline service providers with liquid petroleum stock management, asset visibility, accountability and logistical decision making.
GeoRover software is a flexible, efficient, and standardized suite of geographic information system (GIS) products to aid in the production and analysis of geospatial intelligence. GeoRover products enhance Environmental Systems Research Institute (Esri)-based technology providing improved data management.
The GLIMPS provides accurate, global forecasts on defined lead times of up to five years, focused on turbulent and complex environments, in order to provide the information needed to adapt to changing needs and resources. GLIMPS technology forecasts the effects of poverty, environmental degradation, political instability, and social tensions through big-data mining and machine learning of millions of open-source intelligence data points to discover the unseen relationships between indicators of stress and locations of potential instability.
GR-135 Plus provides sensitive, accurate radiation detection and nuclide identification, in a rugged handheld system for use in the field. The "Identifier" quickly and accurately detects and identify gamma and neutron sources in the field despite rugged terrain, harsh weather and other difficult conditions. Lightweight and rugged, the GR-135 Plus is easy to carry and use, even in tough real-world scenarios.
Incident Command Tool for Drinking Water Protection (ICWater), software was developed by Dr. William Samuels and his team at Leidos. The model predicts when and to what extent contamination will reach drinking supplies further downstream, enabling officials to determine in real time when and for how long to shut off their cities' drinking water intakes.
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