Udemy - Designing Secure Embedded System - From Threats to Protection

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Udemy - Designing Secure Embedded System - From Threats to Protection (Size: 1.8 GB)
  Bonus Resources.txt 102.4 B
  Get Bonus Downloads Here.url 204.8 B
  ~Get Your Files Here !
  1 - Core Security Principles for Embedded Systems
  1. Section Intro.html 7.3 KB
  1. Threat Landscape for Embedded Devices.html 17.8 KB
  2 - Secure Startup-Establishing Trust at the Hardware Level
  1. Embedded Security Foundations Assessment (Description).html 921.6 B
  1. Embedded Security Foundations Assessment.html 77.6 KB
  10. Section Summary.html 6.1 KB
  11. Reading Material.html 7 KB
  3 - Securing Firmware Against Modern Attack Vectors
  12. Section Intro.html 7.1 KB
  13. How Side-Channel Attacks Work.en_US.srt 11.7 KB
  13. How Side-Channel Attacks Work.mp4 138.9 MB
  14. Secure Firmware Update Mechanisms.en_US.srt 10.5 KB
  14. Secure Firmware Update Mechanisms.mp4 112.4 MB
  15. Section Summary.html 6 KB
  16. Reading Material.html 7.1 KB
  4 - Creating Secure Channels and Robust Codebases
  17. Section Intro.html 7.1 KB
  18. Communication Security for Embedded Systems.en_US.srt 10.7 KB
  18. Communication Security for Embedded Systems.mp4 126.6 MB
  19. Coding Standards That Prevent Attacks.en_US.srt 10.4 KB
  19. Coding Standards That Prevent Attacks.mp4 127.5 MB
  20. Section Summary.html 6 KB
  21. Reading Material.html 7 KB
  5 - Pathways to Certified Embedded Security
  2. Firmware Protection and Certification Readiness Assessment (Description).html 921.6 B
  2. Firmware Protection and Certification Readiness Assessment.html 77.6 KB
  22. Section Intro.html 6.9 KB
  23. Meeting Industry Expectations Compliance & Certification.en_US.srt 10.6 KB
  23. Meeting Industry Expectations Compliance & Certification.mp4 134.8 MB
  24. Section Summary.html 6 KB
  25. Reading Material.html 7.2 KB
  6 - Course Wrap-Up
  26. Bonus Lecture.en_US.srt 53.8 KB
  26. Bonus Lecture.mp4 630 MB
  9. Compliance & Certification.html 17.7 KB
  7. Communication Security.html 17.7 KB
  8. Secure Coding Standards.html 17.7 KB
  5. Side-Channel Attacks.html 17.7 KB
  6. Secure Firmware Updates.html 17.7 KB
  3. Secure Boot Fundamentals.html 17.7 KB
  4. Hardware Security Modules.html 17.7 KB
  7. Section Intro.html 7.1 KB
  8. Secure Boot Fundamentals.en_US.srt 10.8 KB
  8. Secure Boot Fundamentals.mp4 127.5 MB
  9. Inside Hardware Security Modules.en_US.srt 11.6 KB
  9. Inside Hardware Security Modules.mp4 123.4 MB
  2. Cryptographic Building Blocks.html 17.7 KB
  2. What This Course Covers and How It Works.en_US.srt 3.9 KB
  2. What This Course Covers and How It Works.mp4 50 MB
  3. Threat Landscape for Embedded Devices.en_US.srt 13 KB
  3. Threat Landscape for Embedded Devices.mp4 148.1 MB
  4. Cryptographic Building Blocks for Device Protection.en_US.srt 13.4 KB
  4. Cryptographic Building Blocks for Device Protection.mp4 146.5 MB
  5. Section Summary.html 6.1 KB
  6. Reading Material.html 7.3 KB

Description


Designing Secure Embedded System: From Threats to Protection
https://WebToolTip.com
Last updated 2/2026

Created by Educational Engineering, Educational Engineering Team, Ashraf Said AlMadhoun

MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch

Level: Intermediate | Genre: eLearning | Language: English + subtitle | Duration: 26 Lectures ( 2h 12m ) | Size: 1.82 GB
Discover the essential techniques to secure embedded devices from boot to firmware, communication, and hardware layers.
What you'll learn

✓ Understand the major security threats targeting embedded and IoT devices

✓ Apply essential cryptographic concepts used to protect embedded systems

✓ Explain how secure boot, firmware verification, and trusted startup work

✓ Identify hardware-level security components and their role in device protection

✓ Identify common attack techniques, including side-channel and firmware-based attacks

✓ Implement foundational security practices for communication, coding standards, and system compliance
Requirements

● No prior experience in embedded security is required

● A basic understanding of computing or embedded systems can be helpful

● No hardware, special tools, or programming background needed

● This course is beginner-friendly and focuses on clear, conceptual learning

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