100% OFF- ARMv8-M TrustZone on Cortex-M33 with LPC55S69

Secure your embedded systems the right way using ARMv8-M TrustZone on Cortex-M33.This advanced course teaches you how to design, build, and debug trusted execution environments (TEE) on ARM Cortex-M33 microcontrollers, using the LPC55S69, CMSIS, and KEIL-MDK.

You’ll learn both the theory and hands-on implementation of TrustZone, from secure/non-secure partitioning to memory configuration, state transitions, and debugging real hardware-level isolation.

This is a practical, project-driven course for embedded engineers who want to master security at the firmware + hardware level.

What You Will Learn

• ARMv8-M architecture and TrustZone security concepts
• Secure, Non-Secure and NSC (Non-Secure Callable) states
• How to configure SAU (Security Attribution Unit)
• How IDAU works for memory security
• Memory partitioning based on access and privilege
• TrustZone-specific instructions (SG, BLXNS, BXNS)
• Handling secure and non-secure interrupts
• Writing secure and non-secure C code with CMSIS security macros
• Creating TrustZone projects using KEIL-MDK
• Building Makefile-based C projects for LPC55S69
• Debugging transitions at both C and assembly level
• Real embedded labs step-by-step

Tools & Technologies You Will Use

• ARMv8-M TrustZone
• CMSIS / Security Attributes
• Keil-MDK
• Makefile-based C projects
• Hardware-level debugging

Who This Course Is For

This course is ideal for:

• Embedded systems and firmware engineers
• Developers working with Cortex-M33 or secure microcontrollers
• IoT engineers building secure devices
• Anyone who wants deep, practical knowledge of TrustZone

Some prior experience with embedded C and ARM architecture is recommended.

By the end of this course, you will be able to:

• Implement TrustZone from scratch
• Create secure + non-secure firmware
• Configure SAU/IDAU correctly
• Debug TrustZone issues at assembly and C level
• Build secure IoT and embedded applications using LPC55S69