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    • Computers

    Multifunction Precision Radar (MFPR) would help guide hypervelocity weapons like those from the future Multi-Domain Artillery Cannon System (MDACS).
    Sensors

    Army approaches industry for advanced radar able to provide guidance for future hypervelocity weapons

    John Keller
    Dec. 13, 2024
    Multifunction Precision Radar (MFPR) would detect hostile threats and help guide the future Multi-Domain Artillery Cannon System (MDACS) projectiles.
    ID 323887533 © Pavel Shlykov | Dreamstime.com
    Military operator transmitting GPS coordinates of hostile ships to national guard, providing real time data from surveillance CCTV system.
    The Mill-Max #36 contact is for power and signal uses in electronic assemblies
    ID 315092747 © Justlight | Dreamstime.com
    A high-resolution image of a of muscle cell nuclei highlighting the essential role of DNA and genetic material in controlling protein
    SDS7604A oscilloscope is for test and measurement, and mixed-signal analysis
    ID 305586413 © Liliia Kanunnikova | Dreamstime.com
    Industry's help needed in artificial intelligence (AI), cyber warfare, and information security

    Computers

    The Mercury HDVR avionics high-definition video recorder is for high-speed data and video recording of flight incidents and mission data.
    Airbus
    Airbus image.
    ID 229393285 © Hrishchenko Oleksandr | Dreamstime.com
    Electronic warfare (EW) and spectrum warfare are the focus of upcoming industry briefings by the Air Force
    The Hermod II rugged 10 Gigabit Ethernet switch is for military and industrial ground vehicles.
    ID 343200152 | Ai © Justlight | Dreamstime.com
    DARPA SAFE-SiM should enable faster-than real-time simulation and modeling for military CONOPS
    ID 66894669 © Jordan Tan | Dreamstime.com
    Cockpit of Lockheed Martin F-35 fighter jet
    A Navy EA-18G Growler aircraft flies over the Pacific Ocean during Exercise Valiant Shield 22 in June 2022.
    The RTX Raytheon Next-Generation Jammer Mid-Band airborne electronic warfare system operates at advanced ranges and can jam separate targets simultaneously.
    Sensors

    Navy asks RTX Raytheon for 13 airborne electronic warfare (EW) jammers for U.S. and Australian combat jets

    John Keller
    Dec. 4, 2024
    The NGJ midband is an advanced electronic attack system that denies, disrupts, and degrades enemy communications and air-defense radar systems.
    A Tomahawk Black IV cruise missile launches from the fast-attack submarine, USS Pasadena (SSN-752)
    Sensors

    Navy eyes open-systems, modular, and affordable nuclear cruise missile for Virginia-class attack submarines

    John Keller
    Dec. 4, 2024
    Focus is on weapon system integration, cruise missile prototypes, subsystems, and on the ability to develop a deployable nuclear cruise missile.
    ID 346479215 © Branislav Kapetanovic | Dreamstime.com
    Air Force Extreme Computing program focuses on artificial intelligence (AI) and machine learning for C4ISR
    Computers

    Air Force approaches industry for artificial intelligence (AI) and machine learning for C4ISR applications

    John Keller
    Dec. 3, 2024
    Project's focus is on nano-computing; neuromorphic computing and machine learning; embedded deep learning; and efficient computing architectures.
    ID 5170999 © Tebnad | Dreamstime.com
    Landsat uses large dish antennas to receive imaging data from orbiting satellites
    Computers

    Landsat asks industry for artificial intelligence (AI) and machine learning for satellite operations

    John Keller
    Dec. 3, 2024
    The goal is to help identify companies to assess if and how AI and machine learning can enhance decision making and operational efficiency.
    ID 320976421 | Ai © Justlight | Dreamstime.com
    The ocean comes alive with vivid greens and yellows as phytoplankton blooms, offering a source of alternative energy.
    Power

    DARPA asks University of Maryland for energy harvesting for electric power to drive remote ocean sensors

    John Keller
    Dec. 2, 2024
    University will choose input materials like dissolved organic matter, phytoplankton, and zooplankton to help convert these to electrical power.