Unsurpassed experience in aerospace and defense



Our expertise within the aerospace and defense industry is internationally recognized. We have over 25 years experience working throughout the United States Department of Defense and all major aerospace sector contractors including AIRBUS, GD, Allied-Signal, Tektronix, Hughes Aircraft, McDonnell Douglas, Boeing and Northrup Grumman. In addition to our strategic domestic partnerships we work collaboratively with our international partners on various NATO related aerospace and defense projects throughout Europe and the EU.


The domains in which we provide advanced technologies and solutions to are air, land, sea, space and cyber. Our operations and management services within these domains include Aerospace Performance Improvements on DoD Systems, Systems Design Engineering / HW-SW / Components to SubSystems and Systems of Systems, Intelligent Supply-Chain Operations, Global Manufacturing, Product Development and Lean Manufacturing.


Our engineering services and advanced solutions include design and development of tactical radar systems, remote piloted aircraft or UAVs, high-resolution satellite operated surveillance systems, multi-satellite arrays, artificial intelligence, blockchain systems, domain security, embedded systems, ISR / C4I / C6I and Core Kernal Neuro-Nets.


We also provide research and development on strategic emerging technologies like Bio-Tech NanoSensors and Nano-BOTs as well as Synthetic Microbiome SKIN Defense materials. This includes proof of concept to breadboard prototyping and commercialization



PAST PROJECTS



Identification/Tracking & Surveillance System for USAF/AFRL/MDA and the Department of Homeland Security



Our high and low orbit, multi-satellite surveillance, tracking, guidance targeting and acquisition system. The system uses advanced photogrammetric model (PM) dynamically integrating ballistics and flying objects with scanning and staring infrared sensors deployed on geostationary high and low orbit satellites.


The IR clutter suppression uses a high-speed PM-based optimized algorithm (bilinear approximation of frame geometry) for co-registration of images acquired from different satellites and sensors at different time intervals. This satellite system utilizes advanced Tracking After Detection (based on Kalman filtering) as well as Tracking Before Detection (based on Multiple Hypothesis Tracking or Joint Probabilistic Data Association) for target detection, identification and retention of targets.


The intelligence obtained by these satellites include LANDSAT 7 composite images as well as ASTER Terra composite images.



United States AWACS (Airborne Warning and Control System)



This technology is an airborne radar picket intelligence system designed to detect aircraft, ships and vehicles at long ranges and perform command and control of functions during in flight air engagements. Aircraft outfitted with the AWACS system are used for both defensive and offensive air operations and are part of NATO's integrated air forces. These AWACS systems are extremely useful and provide a strategic advantage to command and control of aircraft particularly for navy warships out at sea.


Our engineers were at the forefront of this technology working collaboratively with Hughes Aircraft and Northrup Grumman to outfit United States aircraft with the AWACS system. Boeing developed a specific system called a 'rotodome', or rotating radome, designed and built by Boeing (Defense & Space Group) using Westinghouse (now Northrop Grumman) radar technology. When the AWACS first came into development it represented a major advancement in United States capabilities as it was the first AEW to use a pulse-Doppler radar. This allowed the AWACS system to track targets normally lost in ground clutter.



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