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Chip-Off Exploitation: Hacking Hardware Devices

In today’s connected world, IoT security is more critical than ever. This course provides an in-depth, hands-on approach to chip-off exploitation, a powerful hardware hacking technique used for extracting and analyzing firmware from embedded devices.

$999.00 $3999.00 75% OFF

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Course Overview

In today’s connected world, IoT security is more critical than ever. This course provides an in-depth, hands-on approach to chip-off exploitation, a powerful hardware hacking technique used for extracting and analyzing firmware from embedded devices.

Whether you're a security researcher, forensic analyst, or hacker, this course will equip you with practical skills to analyze IoT devices, bypass security mechanisms, and manipulate firmware.
The course covers topics such as:
  • Chip-Off Basics: IoT testing, JTAG/UART, bootloader manipulation, firmware extraction.
  • NodeMCU Hacking: Firmware extraction, analysis, and restoration using XGecu.
  • Smart Bulb Exploitation: Chip-off on Beken chips, firmware recon & analysis.
  • Router Hacking: Disassembly, UART exploitation, firmware extraction & analysis.

Perfect for pentesters, forensic analysts, and security researchers, this course equips you with practical hardware hacking skills.

Who Should Take This Course

  • Penetration Testers & Security Researchers – Learn advanced hardware exploitation techniques.
  • Forensic Analysts – Extract and analyze firmware for investigations.
  • IoT Developers & Engineers – Understand security vulnerabilities in embedded devices.
  • Tech Enthusiasts & Hackers – Explore practical hardware hacking skills.

DIY Hardware Kit

This course requires a hardware kit. Students can either build it themselves or purchase components from Amazon or online hardware stores. The good news is that you can purchase a hardware kit through our upcoming online portal. More details are coming soon.

  • Rework Station (Soldering gun + Hot air gun)
  • Prototype PCB Board
  • NodeMCU (ESP8266)
  • Smart Bulb
  • Router
  • Smart Plug
  • Desoldering Wick
  • Jumper Wire (F-F)
  • Flux
  • LED
  • Battery (9V)
  • Multimeter
  • Capacitor (100uF)
  • Tweezers
  • Isopropyl Alcohol
  • ESD Gloves
  • Wire Cutter
  • Precision Screwdriver Set
  • Silicone Soldering Mat
  • Red and Black Wire
  • Cotton Buds
  • 555 Timer IC
  • TTL to USB Converter
  • Desoldering Pump
  • 2 Pin Bulb Holder
  • Soic8 SOP8 programmer connector
  • Pry Tools
  • Safety Googles and Mask
  • Cable for NodeMCU
  • Xgecu (T48)
  • Kapton Tape
  • 3KΩ Resistor
  • 10KΩ Resistor
  • 1MΩ Potentiometer
  • IN4004 Diode
  • Tactile Momentary Push Buttons
  • SPDT Slide Switch
  • 12VDC Relay
  • 0.1uF (100nF) Capacitor

Course Curriculum


Chip-Off Exploitation: Hacking Hardware Devices

1 Exercises54 Learning Materials

Module 1: Course Introduction

Introduction

Video
00:03:50

Disclaimer

Video
00:01:27

Tips and Tricks

Video
00:01:36

Module 2: DIY Hardware Hacking Kit

DIY Hardware Hacking Kit

PDF

Module 3: Introduction to IoT Product Testing

Introduction

Video
00:01:27

Introduction to IoT Products

Video
00:18:15

Introduction to Chip-Off Forensics

Video
00:09:23

Alternatives to Chip - Off

Video
00:04:33

Devices for Training Purposes

Video
00:05:47

Getting Started with Re-Work Station

Video
00:09:48

Soldering/Desoldering Practical

Video
00:10:10

Conclusion

Video
00:01:29

Summary

PDF

Technical Reference

PDF

Post Module Activity

PDF

Module 4: NodeMCU Hacking

Introduction

Video
00:00:56

Getting started with Node MCU

Video
00:07:48

Practical - 1 Node MCU Chip Off

Video
00:10:07

Practical - 2 Node MCU Chip Off

Video
00:11:10

Node MCU Firmware Analysis

Video
00:06:16

Conclusion

Video
00:01:20

Summary

PDF

Technical Reference

PDF

Post Module Activity

PDF

Module 5: Smart Bulb Hacking

Introduction

Video
00:00:28

Setting up the Smart Bulb

Video
00:05:48

Practical Smart Bulb Chip-off

Video
00:15:16

Analysis of Wi-Fi Module

Video
00:32:51

Practical: Smart Bulb Firmware Extraction

Video
00:23:00

Reviving the Smart Bulb

Video
00:22:41

Conclusion

Video
00:01:20

Summary

PDF

Technical Reference

PDF

Post Module Activity

PDF

Module 6: Router Hacking

Introduction

Video
00:02:39

Introduction to Router

Video
00:06:07

Setting up the Router

Video
00:08:55

Disassembling the Router

Video
00:32:20

Router Chip-Off

Video
00:12:17

Router Firmware Analysis

Video
00:12:00

Conclusion

Video
00:02:10

Summary

PDF

Technical Reference

PDF

Quiz

Exercise

Post Module Activity

PDF

Module 7: Smart Plug Hacking

Introduction

Video
00:00:58

Setting up the Smart Plug

Video
00:03:26

Practical Smart Plug Chip-Off

Video
00:09:06

Analysis of Wi- fi Module

Video
00:06:58

Smart Plug Firmware Analysis

Video
00:13:48

Conclusion

Video
00:01:23

Post Module Activity

PDF

Module 8: Course Conclusion

Conclusion

Video
00:03:18

Bonus: Analyzing Serial Communication

Analyzing Serial Communication

Video
01:26:59

Bonus: Discount on other courses

Bonus: Discount on other courses

PDF

Course Instructor

Shaan Kalani

Associate Security Consultant
Shaan is a cybersecurity professional skilled in IoT security, Web Application Pentesting, and Chip-Off techniques, with a focus on extracting data and uncovering critical vulnerabilities in embedded systems.

Key Takeaways

  • Learn to extract and analyze firmware from embedded devices.
  • Exploit smart devices like NodeMCU, smart bulbs, and routers using chip-off methods.
  • Use universal programmers and other tools to extract and reverse-engineer firmware.
  • Apply these techniques for penetration testing, forensic analysis, and IoT security research.

System Requirements

  • Operating System: Windows, Linux, or macOS with virtualization support enabled.
  • Memory: A minimum of 8 GB RAM.
  • Storage: At least 100 GB of free disk space.

FAQs

Will I get hands-on experience?

Yes! Each topic is paired with practical exercises in a lab environment to reinforce your learning.

How long does it take to complete this course?

The course is self-paced. With consistent effort, you can complete it in 6–8 weeks, depending on your prior experience.

Will I receive a certificate?

Yes, participants will receive a certificate of completion after successfully completing the course.

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