Chip-Off Exploitation: Hacking Hardware Devices
Course Overview
- 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.
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
- 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 Exercises • 54 Learning Materials
Module 1: Course Introduction
Introduction
Disclaimer
Tips and Tricks
Module 2: DIY Hardware Hacking Kit
DIY Hardware Hacking Kit
Module 3: Introduction to IoT Product Testing
Introduction
Introduction to IoT Products
Introduction to Chip-Off Forensics
Alternatives to Chip - Off
Devices for Training Purposes
Getting Started with Re-Work Station
Soldering/Desoldering Practical
Conclusion
Summary
Technical Reference
Post Module Activity
Module 4: NodeMCU Hacking
Introduction
Getting started with Node MCU
Practical - 1 Node MCU Chip Off
Practical - 2 Node MCU Chip Off
Node MCU Firmware Analysis
Conclusion
Summary
Technical Reference
Post Module Activity
Module 5: Smart Bulb Hacking
Introduction
Setting up the Smart Bulb
Practical Smart Bulb Chip-off
Analysis of Wi-Fi Module
Practical: Smart Bulb Firmware Extraction
Reviving the Smart Bulb
Conclusion
Summary
Technical Reference
Post Module Activity
Module 6: Router Hacking
Introduction
Introduction to Router
Setting up the Router
Disassembling the Router
Router Chip-Off
Router Firmware Analysis
Conclusion
Summary
Technical Reference
Quiz
Post Module Activity
Module 7: Smart Plug Hacking
Introduction
Setting up the Smart Plug
Practical Smart Plug Chip-Off
Analysis of Wi- fi Module
Smart Plug Firmware Analysis
Conclusion
Post Module Activity
Module 8: Course Conclusion
Conclusion
Bonus: Analyzing Serial Communication
Analyzing Serial Communication
Bonus: Discount on other courses
Bonus: Discount on other courses
Testimonials
Course Instructor
Gaurav Choudhari
Gaurav Choudhari specializes in IoT hacking. With experience in identifying vulnerabilities and analyzing embedded systems, he provides practical insights into securing IoT devices. Gaurav also has a deep understanding of protocols and tools commonly used in IoT exploitation and defense.
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
Yes! Each topic is paired with practical exercises in a lab environment to reinforce your learning.
The course is self-paced. With consistent effort, you can complete it in 6–8 weeks, depending on your prior experience.
Yes, participants will receive a certificate of completion after successfully completing the course.
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Certificate of Completion
Upon completing our course, you'll receive a certificate of completion to showcase your new skills. Add it to your resume or LinkedIn profile to stand out to potential employers. Let your accomplishments speak for themselves and take your career to the next level!
Hands-On Experience
Get hands-on experience with real-world scenarios and challenges, giving you practical skills that you can apply immediately in your career.
Expert Instructors
Learn from industry experts with years of experience in pentesting, who are passionate about sharing their knowledge and helping you succeed.
Flexible Learning
Whether you're a beginner or an experienced professional, our courses are designed to meet you where you are and help you reach your goals.
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