Using SoC Vendor HALs in the Zephyr Project
Explore how Zephyr OS integrates SoC vendor HALs, addressing challenges and benefits for efficient RTOS development across diverse hardware platforms.
Zephyr and Trusted Execution Environments for Microcontrollers
Explore Zephyr's implementation of trusted execution environments for ARM microcontrollers, covering hardware requirements, security configurations, and multi-core support.
wolfBoot - Open Source Secure Boot and Remote Firmware Updates in Safety-critical Embedded Systems
Explore wolfBoot, an open-source secure bootloader for embedded systems. Learn about its portability, attack mitigation, and suitability for safety-critical applications across various architectures.
TrustZone-M Security Vulnerabilities in Microcontroller TEEs - Lessons Learned
Explore TrustZone-M security vulnerabilities in Arm Cortex-M MCUs. Uncover isolation weaknesses, bypass techniques, and potential exploits in microcontroller Trusted Execution Environments.
STM32U0 Microcontroller Family Overview and Features
Explore the features and capabilities of the STM32U0 microcontroller family in this concise overview, designed to showcase its potential for your projects.
Writing an Embedded Operating System in Rust
Explore Rust's potential for embedded systems through Tock OS, focusing on memory safety, concurrent applications, and hardware isolation in ARM Cortex-M and RISC-V platforms.
Accelerate ML Development With Cloud-Based Arm Cortex-M Models
Explore cloud-based Arm Cortex-M models for accelerated ML development, featuring Virtual Hardware integration, Python-scriptable peripherals, and TensorFlow optimizations.
Building and Enabling Voice Control with ARM Cortex-M
Explore Sensory's Edge-AI technology for creating custom wake words and voice control on ARM Cortex-M, with a focus on VoiceHub platform for developers.
Deep Dive - Unpacking the TinyML Cookbook
Explore practical TinyML applications and techniques with expert Gian Marco Iodice, gaining insights into efficient machine learning on resource-constrained devices.
A Comprehensive Study on the Security of Arm Cortex-M Systems
Delve into a systematic analysis of Arm Cortex-M systems' security features, examining hardware limitations, software vulnerabilities, and protection mechanisms across 1,797 real-world firmware implementations.