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For more information on any EWA GSI Products, please Contact Us.
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EWAPhoenix™
EWAPhoenix™ is a comprehensive web-based crisis management and business intelligence application. The mission of EWAPhoenix™ is to: enhance the confidence of citizens in their government to respond to their needs during emergencies; to provide community and business leaders with the capability to access resources that mitigate, respond to and recover from man-made or natural disasters; and to provide systems and business integration technologies to rapidly restore normal operations and services.
See also:
EWAPhoenix™ Fact Sheet
Detailed product, support, and licensing information from the EWAPhoenix™ website
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Mission Rehearsal System (MRS)
The Mission Rehearsal System (MRS) is a framework that allows independent software simulations to interact with a simulated environment (such as an Electronic Warfare Scenario Simulator) and to communicate with each other. This is often a requirement for equipment training, high level computer based training, and mission rehearsal systems. Each device or equipment simulation is engineered to customer specification and to operate within the MRS.
Examples of device simulations include, but are not limited to, radar and radio receivers, analysis equipment, navigation equipment, jamming systems, radar systems, central mission computers and operational flight programs, aircraft flight stations, and airframes.
The MRS maintains the 3D environment allowing the placement of simulations in any location and at any angle. Devices are linked using a graphical editor allowing a signal path to be established. All signal data and interactivity with the simulated environment is via publicly available interfaces.
See also:
MRS Fact Sheet
Detailed Information from the EWA GSI Lake Mary website
You may also be interested in:
Electronic Warfare Scenario Simulator (EWSS)
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MRS device configuration with
"out the window" view |
WaveForce - Advanced ELINT Signals Visualization Software
WaveForce is a revolutionary software application designed to describe RF signal timing, modulation, and sequencing at an unprecedented fidelity. Users benefit from WafeForce's intuitive, graphical user interface to quickly and efficiently build accurate representations of very complex signal waveforms and store them in compact digital files. The files can be transmitted to users who, in turn, are equipped with a single, unambiguous, interactive picture that requires virtually no interpretation. WaveForce is compatible with existing intelligence data. Other key features of WaveForce's comprehensive set of tools include: interactive displays and audio generation, rapid scripting of complex signals, unprecedented signal fidelity, analytical pulse to pulse interpolation and pattern recognition, flexible parametric analysis and output, rapid simulator reprogramming capability, and extensible software plug-in architecture.
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EWA Tiger - Tagging, Tracking, and Locating Technologies
The EWA Tiger Team is a suite of Communication, Intercept, Tagging, Tracking, and Locating (CITTL) technologies that provides the warfighter with a real-time tactical capability for communicating during active jamming and intercepting, analyzing, geo-locating, tagging, and tracking various threat RF emitters and the operators of those emitters. The EWA Tiger Team technologies work in concert with each other or are available as independent applications addressing specific customer requirement or operational scenario. The EWA Tiger Team’s suite consists of six complementary technologies that accomplish those activities.
You may also be ineterested in:
Geo-Location Systems
Wireless Intercept Technologies
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Geo-Location Systems
EWA GSI offers the GeoStorm Geo-Location System to help locate hostile forces through RF transmissions. Geo-Storm is able to locate RF transmissions with a very high degree of accuracy by using an Advanced Geo-Location Receiver. Geo-Storm provides the warfighter with the ability to geo-locate adversaries operating various RF emitters (CW, FM, AM, and SSB devices; cellular phones; 802-11 platforms). This product can be used on in a stand alone capacity or in conjunction with our other suite of communication, intercept, tagging, tracking, and locating technologies (The EWA Tiger Team).
You may also be interested in:
EWA Tiger - Tagging, Tracking,
and Locating Technologies
Wireless Intercept Technologies
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Wireless Intercept Technologies
EWA GSI offers several products to intercept wireless technologies including cellular phones and wireless internet traffic. The Blackhole 802.11 Intercept System can capture, decode, search, and identify wireless internet traffic generated on wireless networks. The ARROW Cellular Intercept and the GX Cellular Intercept allow users to intercept, decode, display, and record a variety of cellular data. These technologies provide the warfighter with real-time intelligence that could divulge an adversary’s current activities, planning operations, or threat identifications. These products can be used on in a stand alone capacity or in conjunction with several of our other suite of communication, intercept, tagging, tracking, and locating technologies (The EWA Tiger Team).
You may also be interested in:
EWA Tiger - Tagging, Tracking,
and Locating Technologies
Geo-Location Systems
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HALO Networked Remote Weapon Control Systems
HALO represents the future in ultimate access delay solutions, providing a comprehensive and coordinated approach to ensure the security of critical facilities and infrastructures.
The HALO remote weapon networking solution gives facility and compound security teams the ability to implement remote weapon systems across large distances and multiple locations. The HALO Network consists of a fiber optic architecture that supports ranges over 10km. It has both redundant and independent video and C2I, limiting counter-attack vulnerability. It also features a supervisor position for resource management, and supports multiple and redundant control centers.
The video (left) shows a HALO networked ORION weapons system demonstration.
See also:
HALO Fact Sheet
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Electronic Warfare Scenario Simulator (EWSS)
The Electronic Warfare Scenario Simulator (EWSS) provides simulation, modeling and editing of modern Electronic Warfare (EW) scenarios. This system calculates during runtime, electromagnetic wave emission and propagation, platform motion, antenna beam shape, and radar scan patterns in 3-dimensional space. The EWSS is designed to be an integral part of an entire simulation suite or provide an add-on capability for existing environments. The user interface / scenario editor provides a convenient way to edit scenarios but is not required. The entire scenario is actually run mathematically isolated by a publicly available programmer interface. This allows the EWSS to be utilized as needed on a project dependent basis.
See also:
EWSS Fact Sheet
Detailed Information from the EWA GSI Lake Mary website
You may also be interested in:
Mission Rehearsal System (MRS)
3D World Viewer
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Specialized Material Coatings
EWA GSI and UCT Defense operate a joint venture offering a revolutionary coating that has the potential to change the way the military builds and maintains its weapons, weapon systems, vehicles, aircraft, and ships through weight reduction by coating lighter weight metals, as a replacement for wet lubrication, and as an alternative to hard chrome.
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Battle Force Electronic Warfare Trainer (BEWT)
The Battle Force Electronic Warfare Trainer (BEWT) AN/USQ-T47(V) is a training support device that provides stimulation to onboard tactical electronic warfare systems, including the AN/SLQ-32A(V) and AN/ULQ-16, that give afloat operators the ability to train for tactical operations using actual tactical equipment, and to exercise individual, team, combat systems team, and force level operational scenarios with operator keystroke capture capabilities. Through digital stimulation of these EW systems, BEWT provides extremely realistic visual and audio EW training for operators at the same console used in actual tactical situations. As a stand alone system, BEWT scenarios provide both individual skill training with specific objectives, and complete EW Team training encompassing all levels of crew readiness.
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Data Security
EWA GSI has applied Parsing Technology to both data-at-rest and to data-in-motion to provide a comprehensive solution to the multi-level security problem of segregating data at different security levels. We have used this technology to implement solutions which satisfy both data security and redundancy requirements. At EWA GSI, we have extensive experience tailoring this technology to meet the specific needs of our diverse clients.
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Call Diversion Systems
EWA GSI offers two types of call diversion systems (landline or cellular) for shielding an individual’s telephone number when contacting various sources. The CD2 Call Diverter offers shielding to cellular phones. EWA GSI also offers shielding to landline phones. These products can be used for voice, data, and fax communications using a telephone number.
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Embedded Computing Products: Real-Time System Solutions
EWA GSI offers a variety of embedded computing products that range from VME boards, A/D boards to real-time hardware controllers. These board level products can be used for signal processing, systems control, data acquisition, signal generation, and so much more. These board level products are developed by engineers and designed for real-time systems.
See also:
Detailed information about our Real-Time System Solutions VME boards and embedded computing products.
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3D World Viewer
The WorldView component works with EWA GSI's Electronic Warfare Scenario Simulator (EWSS) to present a 3 dimensional view of the electronic battle space. Platforms, emitter beams and scan patterns, line of sight and terrain are all represented.
You can select and examine anywhere on the Earth. Pan, tilt, and zoom controls allow virtually any possible viewpoint in the battle space.
Platforms are shown using standard NTDS symbology (as 3D icons). Each platform is selectable so that line of sight between platforms can be determined. Platform movement is updated dynamically in 6 DOF as determined by the EWSS model.
In addition, the beams of emitter on each platform are visible. Emitters show the 3dB beamshape as well as the real time scan pattern. To unclutter the view, beam display on any particular platform may be deselected.
See also:
Detailed Information from the EWA GSI Lake Mary website
You may also be interested in:
Electronic Warfare Scenario Simulator (EWSS)
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