1. C4ISR via OA Mike Danjczek November, 2014 Copyright GTS 2014

2. The Design Agent’s Dilemma  How can we design C4ISR systems using approaches that enable OA while retaining the value of private investment?  How can we develop solutions, at low cost, to meet design requirements yet support system adaptation to meet emergent customer needs? http://www.adambarley.com/files/blogpics/dilemma.jpg

3. GTS OA Systems and Software  Combat Systems  Customers – Multiple US Navy & DoD customers (Aegis, SSDS, MIPS, GWS, MDA – AA, JAMOD…)  Command and Control Systems  Customers – Multiple US Navy, DoD & DHS customers (SPAWAR PMW- 160, 740, Philippine Navy, CBP…)  Information and Sensor Systems  Customers – US Navy and Combatant Commands (SOCOM, CENTCOM, NAVAIR…)  Electronic Systems Production, Repair, Logistics & Training  Customers – US Navy and industry ( NAVSUP, NAVAIR PMA 260, 274, Lockheed Martin GT&L…) C4ISR Products Ultra Light Aircraft Detection System (ULAD) FusionCommand™ C4ISR System AgentCommand ™ AgentMobile Android Maritime Surveillance Systems Combat Systems Products AN / UYQ-107 Common Processing System ACE Cabinet Battle Force Tactical Trainer (BFTT) I&SS Products Asymmetric Threat Detection Gatekeeper On The Move (GOTM) Biometric authentication and management, Cloud Biometrics Radar R&D, limited production Electronics Products E-2C Test Sets H-1Y/Z Test Sets 3

4.  Provides border-wide mobile detection and tracking for interdiction of air incursion  Advanced COTS radar and processing for small target detection  Secure commercial satellite communications to enable expansive coverage  Sensor platform to feed C4ISR system’s Common Operating Picture (COP) using published interface specification  Extensible capabilities based on modular subsystems 4

5. FusionCommand™ Overview  Detection and Tracking focused C4ISR system designed to support:  Land, Sea and Air SA  Critical Infrastructure Protection  Coordination of First Responders  Border and Parameter Protection  Features:  Multi-sensors fusion / track correlation  Automated camera on target tracking  Rules engine for automatic alerts  Distinguish non-cooperatives  Modular, scalable design:  Command Centers  Personal mobile devices  Mobile sensor and response units 5

6. AgentMobile Situational Awareness  Android application shares SA between Command Center C4ISR system and field personnel, providing comms and friendly, threat & unknown contacts in an intuitive GIS display  Simple to use  Pushes Command Center COP  Provides BFT self-reporting  Integrates tactical data  Sensor track data  AIS/IFF/ADS-B  Participating BFT contacts  Leverages smart phone features  Voice  Camera still / video  Text Messaging  E-mail  COTS handheld devices leverage commercial innovation to achieve new mission capabilities 6

7. Modular/Threaded Approach 7 Integration of modularized C4ISR technologies (i.e. sensor fusion) enable high performance and permit innovation at sensor and system level Open interfaces enable COTS / non-proprietary, GFE & proprietary sensors for best performance Open standards and composable architecture enable tailored capability and selection and refresh for a broad selection of sensors

8. Summary  Innovation for, and optimization of, existent capabilities relies on the blending of protected and non-protected elements  This can be accomplished using OA, COTS and well-considered, modular design approaches  The benefits, to the design agent and the customer(s), of a system exhibiting MOSA concepts deliver added value through:  Interoperability to permit utilization of external functions  Maintainability to facilitate technology refresh  Extensibility for enhancing the capabilities of the system  Composability based on modular coupling of system elements  Reusability of system or subsystems for other applications  Unlimited rights does not deliver best of breed  To meet the needs of the customer, innovation and performance should be the driver! 8