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    ARMv8-M Trust-Zone on Cortex-M33: Embedded Security

    Posted By: lucky_aut
    ARMv8-M Trust-Zone on Cortex-M33: Embedded Security

    ARMv8-M Trust-Zone on Cortex-M33: Embedded Security
    Published 6/2025
    Duration: 6h 21m | .MP4 1280x720 30 fps(r) | AAC, 44100 Hz, 2ch | 2.97 GB
    Genre: eLearning | Language: English

    Learn ARMv8-M TrustZone on Cortex-M33: Secure embedded systems application with ARM CMSIS, Keil MDK, and LPC55S69

    What you'll learn
    - Embedded Security with ARMv8-M Cortex-M33 with Support of Trust-Zone
    - Write Proper Secure Software Application using ARM Trust-Zone
    - Understand in Depth the Trust-Zone Secure Transition at Software and Hardware Levels
    - Learn ARMv8-M Instructions Set Introduced to Handle State Transition between Secure and Non-Secure States

    Requirements
    - Some basic embedded systems knowledge
    - Some basic ARM Cortex-M knowledge

    Description
    Learn how to secure modern embedded systems usingARMv8-M TrustZoneonCortex-M33 microcontrollers. This comprehensive course is designed for embedded developers, firmware engineers, and IoT professionals who want to implementtrusted execution environmentsand achievefine-grained securityin ARM-based systems.

    Using the powerfulLPC55S69 MCUand tools likeKeil MDKandCMSIS, you'll gain both theoretical understanding and practical skills to build, test, and debugTrustZone-enabled applicationsin C.

    You’ll also learn how toanalyze and debug security-critical code at both the C and assembly level, ensuring you understand exactly how transitions and isolations are handled at the hardware level.

    What You Will Learn:

    Overview of theARMv8-M architectureand its key security enhancements

    HowTrustZone technologyworks onCortex-M33for embedded systems

    Differences betweenSecure,Non-Secure, andNon-Secure Callable (NSC)states

    Step-by-step setup ofSAU (Security Attribution Unit)andIDAU

    How to partition memory based on security attributes

    Deep dive intonew ARMv8-M instructions(SG, BLXNS, BXNS) for secure state switching

    HandlingSecure and Non-Secure interruptsand transitions safely

    Practical C examples usingCMSIS security macros and attributes

    Building projects withMakefiles, running onKeil MDKandLPC55S69 MCU

    Debugging embedded security labs at bothC and assembly level

    Tools & Technologies:

    ARM Cortex-M33 (LPC55S69)

    ARMv8-M TrustZone

    CMSIS (Cortex Microcontroller Software Interface Standard)

    Keil MDK (Arm Development Studio)

    Makefile-based C projects

    Who Should Take This Course:

    Embedded systems developers looking to implementsecure firmware

    IoT engineers aiming to enforcehardware-level isolation

    Firmware developers working withARM Cortex-M33orTrustZone

    Anyone interested in learning aboutARMv8-M security features

    By the end of this course, you’ll be able to confidently design, build, debug, and maintainsecure embedded applicationsusing ARM TrustZone, ensuring system integrity and protection in real-world environments.

    Who this course is for:
    - Embedded Systems Programmers and Engineers aiming to learn Embedded Security with ARMv8-M Trust-Zone
    - Embedded Systems Students in need to learm ARMv8-M Trust-Zone Concept
    - Anyone who wants to enhance his Tech knowledge by learning ARM Trust-Zone on MCUs Devices
    More Info

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