Jay Runyon
Information Systems Security Officer at Ad hoc Research Associates - Aberdeen Proving Ground, MD, US
Jay Runyon's Colleagues at Ad hoc Research Associates
Jay Runyon's Contact Details
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Augusta, Georgia, United States
Ad hoc Research Associates
Jay Runyon's Company Details
Ad hoc Research Associates, LLC is a veteran owned services company that provides innovative solutions uniquely carved to meet client's needs. We specialize in providing full spectrum of Systems Engineering services to major federal acquisitions programs or research & development projects.Test & EvaluationAd hoc Research Associates specializes in providing Test & Evaluation services. Our Test & Evaluation strategies are aimed for all phases of program lifecycle. We can support integration, test & evaluation of the planning, execution and analysis levels. Our solutions includes data reduction and analysis tools related to distributed data collection and data processing.Modeling & Simulation Ad hoc Research Associates provides Modeling & Simulation services that links to wide area of Command, Control, Communication and Computers, Intelligence, Surveillance and Reconnaissance (C4ISR) domain. Our Modeling & Simulation strategy is extensively focused on program risk reduction acquisition timelines and overall lifecycle cost reduction. Modeling & Simulation methods are applied to almost all phases of acquisitions and systems engineering processes. Ad hoc Research Associates has excellent solutions to assist clients reducing cost, mitigating risks, identifying and solving key systems interoperability and scalability issues. We also have groundbreaking solutions for cyber modeling & simulation. Cyber Analytics / Big Data AnalyticsAd hoc Research Associates has one of the most innovative solution for deep packet inspection to monitor & visualize for defending threats and targeted attacks. By leveraging powerful GPU based data analysis algorithms, Ad hoc Research Associate's solution are groundbreaking. We also have solutions to put threats and vulnerabilities in a modeling emulation test bed environment to simulate cyber security phenomena for studies and analysis.