|
所在平台: Udemy |
课程主页: https://www.udemy.com/course/embedded-memory-security-mpu-tamper-readwrite-protect/
课程评论：没有评论
课程名称：嵌入式内存安全：MPU、篡改检测与读/写保护 课程概述： 本课程旨在帮助学员提升嵌入式系统的保护级别，专注于防止内存遭到未授权访问和篡改。课程内容涵盖内存保护单元（MPU）、篡改检测以及使用选项字节进行读写保护，适合希望提升产品安全性的嵌入式系统开发者。课程结构丰富，从清除备份寄存器到使用内存保护单元检测堆栈溢出，全面介绍了多重安全措施，以保护固件免受逆向工程和篡改攻击。学员将学习如何在产品发布前禁用调试功能，确保固件的安全性。 无论是小型物联网设备还是大型工业系统，本课程都提供了保护嵌入式内存和防御外部威胁的工具与知识。课程学员需具备基础嵌入式系统知识，由行业专家授课，结合视频讲座、实践练习和真实案例，帮助学员在实际嵌入式系统中应用这些技术。 完成课程后，学员将对保护嵌入式内存的关键概念与技术有深入理解，并能够在自己的项目中实施这些技术，具备防御多种内存攻击的能力，确保设备与数据的安全。 本课程以灵活的在线形式提供，可以随时随地按个人节奏学习，并提供30天退款保证，让学员能够放心报名。不要让嵌入式系统面临攻击风险，立即注册嵌入式内存安全课程，开始保护设备的第一步。 在课程中，学员将学习到的内容包括： 1. **裸机MPU驱动开发**：学习如何开发裸机内存保护单元（MPU）驱动，配置内存区域及其访问属性，编写低级MPU驱动与应用代码接口，以保护系统免受内存攻击。 2. **篡改检测与数据删除**：了解如何利用微控制器的RTC和备份域进行篡改检测与数据删除，设计有效的篡改检测方案，确保在篡改事件发生时安全删除数据。 3. **使用选项字节保护闪存**：学习如何使用闪存区域底部的选项字节保护整个闪存，设置选项字节以防止未授权的读写访问，确保数据的完整性。 报名参加，让我们开始保护内存吧。
Embedded Memory Security: Protecting Your System from Tampering and Unauthorized AccessAre you looking to take your embedded systems protection to the next level? Do you want to protect your embedded memory from unauthorized access and tampering?Introducing our new course on Embedded Memory Security, covering essential topics such as MPU, Tamper Detection, and Read/Write Protection using Option Bytes.This course is excellent for embedded systems developers who want to protect their products from security threats. We have designed a multi-faceted curriculum that covers everything from wiping the backup registers clean to detecting stack overflow using the Memory Protection Unit (MPU). This course will teach you advanced security measures to safeguard your firmware from reverse engineering and protect your device from tampering. We will also show you how to disable debug features before launching your product, ensuring that your firmware remains secure. Whether you're working on a small IoT device or a large industrial system, this course will provide you with the tools and knowledge you need to secure your embedded memory and keep your device safe from external threats.This course is designed for professionals with a basic understanding of embedded systems, and is taught by industry experts with years of experience in the field. You'll learn through a combination of video lectures, hands-on exercises, and real-world case studies, giving you a practical understanding of how to implement these techniques in your own embedded systems.At the end of this course, you'll have a solid understanding of the key concepts and techniques used to secure embedded memories, and be able to implement these techniques in your own projects. You'll be equipped with the skills and knowledge to secure your embedded systems against a wide range of memory-based attacks, ensuring the safety and security of your devices and data.With the flexible online format, you can study at your own pace, from anywhere in the world. Plus, we offer a 30-day money-back guarantee, so you can enroll with confidence.Don't let your embedded systems be vulnerable to attack. Sign up for our Embedded Memory Security course today and take the first step towards securing your devices against malicious attacks. Here's a sneak peek at what you can expect to learn:Bare-Metal MPU Driver Development: In this section you will learn how to develop a bare-metal Memory Protection Unit (MPU) drivers. The MPU is a hardware unit that provides security for embedded systems by allowing the division of memory into a set of regions with specific access permissions. You will learn how to configure the MPU for your specific needs, including setting up memory regions and their access attributes. Additionally, you will learn how to write a low-level MPU driver to interface with your application code, which will enable you to protect your system from memory-based attacks.Tamper Detection and Data Deletion:This section will focus on tamper detection and data deletion using the RTC and backup domain of the microcontroller. Tamper detection is essential for preventing physical attacks on your device, such as removal of the memory chip, manipulation of data or code, or voltage-based attacks. You will learn how to implement tamper detection to detect tamper events. Data deletion is also a critical technique that helps protect against unauthorized access to sensitive data. You will learn how to design and implement an effective tamper detection scheme that will securely erase data in the event of a tamper event.Protecting Flash Memory using Option Bytes:You will learn how to use the option bytes in the bottom part of the flash memory region to protect the entire flash memory. Option bytes are a set of bits that are programmed at the factory or during device programming and can be used to configure the device's features, such as read/write protection. You will learn how to set up option bytes to protect your flash memory from unauthorized read/write access, ensuring the integrity of your data. Signup, let's start securing some memory.
