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via Udemy |
Go to Course: https://www.udemy.com/course/armv8-m-trust-zone-on-cortex-m33-embedded-security/
Learn how to secure modern embedded systems using ARMv8-M TrustZone on Cortex-M33 microcontrollers. This comprehensive course is designed for embedded developers, firmware engineers, and IoT professionals who want to implement trusted execution environments and achieve fine-grained security in ARM-based systems.Using the powerful LPC55S69 MCU and tools like Keil MDK and CMSIS, you'll gain both theoretical understanding and practical skills to build, test, and debug TrustZone-enabled applications in C.You'll also learn how to analyze 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 the ARMv8-M architecture and its key security enhancementsHow TrustZone technology works on Cortex-M33 for embedded systemsDifferences between Secure, Non-Secure, and Non-Secure Callable (NSC) statesStep-by-step setup of SAU (Security Attribution Unit) and IDAUHow to partition memory based on security attributesDeep dive into new ARMv8-M instructions (SG, BLXNS, BXNS) for secure state switchingHandling Secure and Non-Secure interrupts and transitions safelyPractical C examples using CMSIS security macros and attributesBuilding projects with Makefiles, running on Keil MDK and LPC55S69 MCUDebugging embedded security labs at both C and assembly levelTools & Technologies:ARM Cortex-M33 (LPC55S69)ARMv8-M TrustZoneCMSIS (Cortex Microcontroller Software Interface Standard)Keil MDK (Arm Development Studio)Makefile-based C projectsWho Should Take This Course:Embedded systems developers looking to implement secure firmwareIoT engineers aiming to enforce hardware-level isolationFirmware developers working with ARM Cortex-M33 or TrustZoneAnyone interested in learning about ARMv8-M security featuresBy the end of this course, you'll be able to confidently design, build, debug, and maintain secure embedded applications using ARM TrustZone, ensuring system integrity and protection in real-world environments.