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    • Trusted Computing

    ID 93944491 © Wave Break Media Ltd | Dreamstime.com
    The INGOTS program aims to measure chainable vulnerabilities within widely used secure computing systems at speed and at scale before attackers can take advantage.
    Trusted Computing

    Leidos joins DARPA INGOTS project to use artificial intelligence (AI) to fix cyber security vulnerabilities

    John Keller
    Feb. 20, 2025
    INGOTS aims to harden systems against exploit chains by identifying and fixing these vulnerabilities before attackers can capitalize on them.

    Trusted Computing

    ID 360338795 © Dragoscondrea | Dreamstime.com
    Initiative seeks to develop associations, relationships, and correlations across vast datasets and timeframes with heterogeneous data sources spanning several security levels.
    The GemShield RF EMI-shielded case is for transporting sensitive electronics
    ID 341607318 © Aleksandr Zamuruev | Dreamstime.com
    A detailed view of quantum computing components illuminating the intricate network of circuits and connections.
    ID 51714183 © Denisismagilov | Dreamstime.com
    The expMath project seeks a fundamental reshaping of the practice of mathematics by mathematicians.
    The STMicro and HighTec cooperation helps developers integrate Rust with C/C++ code into safety-critical projects with Stellar and accelerate the development of safety-critical systems
    ID 354603274 | Ai © Dzmitry Auramchik | Dreamstime.com
    AI can be vulnerable to an adversary's taking control of its data input, which can lead to data poisoning, physically constrained adversarial patches for evasion, and model stealing attacks.
    ID 352224078 © Pressmaster | Dreamstime.com
    A military operator types on keypad and looks at computer screen.
    ID 357048490 © Andrey Popov | Dreamstime.com
    Cyber technology operator monitoring surveillance cameras in military control center.
    Trusted Computing

    Four companies tapped to use artificial intelligence (AI) to find and fix cyber security vulnerabilities

    John Keller
    Feb. 11, 2025
    INGOTS aims to harden systems against exploit chains by identifying and fixing these vulnerabilities before attackers can capitalize on them.
    ID 93297972 © Leowolfert | Dreamstime.com
    DARPA wants resilient hardware, cyber-physical systems, and software without exploitable vulnerabilities for existing and future military systems.
    Computers

    Military researchers ask industry's advice on trusted computing approaches to ensure predictable behavior

    John Keller
    Feb. 4, 2025
    DARPA request for information asks for feedback on the emerging Formal Methods to Deliver Resilient Systems (FMDRS) -- also called the FMDRS Guide.
    The Curtiss-Wright HSDR-2512 high-speed, high-capacity Ethernet data recorder is for demanding flight test programs.
    Computers

    High-speed Ethernet data recorder for use in demanding flight test programs introduced by Curtiss-Wright

    Curtiss-Wright Defense Solutions
    Jan. 31, 2025
    The HSDR-2512 recorder supports full line-rate data capture on its 12 10 Gigabit Ethernet inputs to deliver 16.5 gigabytes per second write speed.
    SYSGO's ELinOS Linux software development has trusted computing cyber security encryption features
    Computers

    Trusted computing encryption and cyber security for Linux embedded computing software introduced by SYSGO

    SYSGO
    Jan. 29, 2025
    The decryption keys are stored and retrieved securely from the TPM during system boot. TPM also includes tools to manage board-specific devices.
    ID 13103361 © Natalia Siverina | Dreamstime.com
    Red-C envisions on-system detection and repair of cyber attacks, and would implement this capability on current bus-based hardware via firmware updates.
    Trusted Computing

    Military researchers eye future project for on-system cyber security in bus-based embedded computing

    John Keller
    Jan. 28, 2025
    Red-C envisions a distributed approach to on-system detection and repair of cyber attacks, implemented on bus-based hardware via firmware updates.