Annex E. International Armaments Strategy Table E.I-1. Highlighted Near/Mid-Term Opportunities
| TECHNOLOGY (Ref. to E.II) | UNITED KINGDOM | FRANCE | GERMANY | OTHER COUNTRIES | JAPAN | PACIFIC RIM | FSU |
| B. Aerospace Propulsion and Power | Gas turbine engines High-performance transmission | High temperature structures, Bearingless rotor hub | Bearingless rotor hub, Composite and high-strength shafting | ||||
| C. Air and Space Systems | Composite structures, FADEC, Rotor systems | Adaptive controls, Fly-by-light, Crash survivability | Smart structures, Fatigue | Ceramics, Composite materials and structures | |||
| D. Nuclear, Biological and Chemical Defense | Chemical agent sensors | CBW agent sensors, Vehicle systems, Electronic decontamination | Detection systems | Canada Detection systems | Detection systems | ||
| E. Individual Survivability and Sustainability | Soldier Systems (physiological and psychological) | Soldier systems (ballistic protection) | Soldier systems | Canada Soldier systems (microclimate control) | Electric power for man-portable systems | AU Soldier systems (carriage) | |
| F. Command, Control and Communications | Battlefield interoperability, Natural language processing, Intelligent systems | Battlefield interoperability, Distributed real-time communications, Switching systems, Machine translation, C2 simulation, Mission planning | Communication networks, Battlefield interoperability, Machine translation, Natural language processing | Netherlands Natural language processing, Knowledgebase and database science | Fuzzy logic, High-speed communications | ||
| G. Computing and Software | Massively parallel processing, Optical switching, Visually-coupled interfaces | Optical processing, Fiberoptic networks, Visually-coupled interfaces | Massively parallel processing, Neural networks, Visually-coupled interfaces | Canada Visually-coupled interfaces, Large data set representation | Neural networks, Optical switching and networks, Visually-coupled interfaces | ||
| H. Conventional Weapons | Overall strength, ETC gun | Overall strength | Overall strength, ETC gun | Israel ETC gun, BMD missile | Russia Overall strength | ||
| I. Electronic Devices | IR focal plane arrays, MMIC components, Compound semiconductors, Batteries | MMIC compounds, Compound semiconductors, Small engines | All aspects | Russia Molecular electronics, Power switching, Rechargeable batteries | |||
| J. Electronic Warfare and Directed Energy Weapons | Low energy lasers | Laser materials | High and low energy lasers | Russia High power microwaves, High energy lasers, Ukraine High power microwaves | |||
| K. Civil Engineering and Environmental Quality | Environmental protection, Bioremediation, Lightweight bridging | Environmental protection, Bioremediation, Demilitarization of energetic materials | Environmental protection, Bioremediation | Nordic Group Environmental protection, Bioremediation | Environmental protection, Bioremediation | ||
| L. Battlespace Environment | Overall capability | Overall capability, Remote sensors | Overall capability | Israel Atmospheric effects Canada Atmospheric dispersion | Remote sensing, Robotics | ||
| M. Human System Interfaces | VR interfaces, Performance models | Displays, Ergonomics, Performance models | Soldier system interfaces, Performance models | Canada VR displays | Displays, VR, Robotics | ||
| N. Manpower, Personnel and Training | Good overall capabilities, Dynamic training and simulation, | Good overall capabilities, Dynamic training and simulation, | Good overall capabilities | Canada Simulation and displays | Ceramics, Composites, Polymer processing | ||
| O. Materials, Processes and Structures | Welding and joining, Alloys and composites, Lightweight structures, Smart structures | Alloys and composites, Energy-absorbing structures, Smart structures | Alloys and composites, Engineering structures, Smart structures | ||||
| P. Medical and Biomedical | Infectious diseases, Biological defense, Operational medicine, Combat casualty care | Infectious diseases, Biological defense, Operational medicine, Combat casualty care | Infectious diseases, Biological defense, Operational medicine, Combat casualty care | Medical imaging | |||
| Q. Sensors | Automatic target recognition, seismic sensors, Vehicle integration | IR focal plane arrays, Laser sensors, Multidomain sensors, Signal processing, Multisensor integration | Combat ID sensors, Vehicle integration | Israel Acoustic sensors, Target recognition | Electronic components, Photonic devices | Russia, Ukraine High power microwaves | |
| R. Ground Vehicles | Good overall capabilities, Gas turbines | Good overall capabilities, Secondary batteries | Good overall capabilities, Structural design, Vehicle survivability, Autonomous control, Diesel engines, Integrated electronics | Israel RPVs, Teleoperation Austria Diesel engines | Ceramic engines, Electric drive | Russia Electric drive, Batteries, Switches | |
| S. Manufacturing Science and Technology | Bioprocess engineering, CASE tools, Industrial robotics | Bioprocess engineering, CASE tools, Industrial robotics | Bioprocess engineering, CASE tools, Industrial robotics | Israel, Canada, Netherlands Bioprocess engineering | Fuzzy logic, Bioprocess engineering, Industrial robotics | ||
| T. Modeling and Simulation | Strong capabilities in all aspects | Strong capabilities in all aspects | Strong capabilities in all aspects | Canada VR 3-D visualization | VR, Distributed industrial enterprises | Distributed interactive simulation |