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Beginner's Guide to IoT and Hardware Hacking
Section 0 - Course Introduction
0.1 - Course Intro (7:21)
0.2 - Required Equipment and Tooling
0.3 - Course Resources
0.4 - Watch This Before Opening Your Router Box (1:13)
0.5 - Ethical Hacking and Responsible Disclosure (3:11)
0.6 - Course Discord
Testing Notes
Testing Notes
Section 1 - Electrical Engineering For Hackers 101
1.1 - Section Intro (1:02)
1.2 - What is Electricity Part 1 (9:25)
1.3 - What is Electricity Part 2 (6:38)
1.4 - Electrical Engineering Fundamentals: Schematics, Voltage Source, Resistors and Ohm's Law (4:34)
1.5 - Electrical Engineering Fundamentals: Kirchov's Voltage Law and Series Circuits (4:54)
1.6 Electrical Engineering Fundamentals: Parallel Circuits and Kirchov's Current Law (9:01)
1.7 - Circuit Lab Simulation Demo (5:22)
1.8 - Reading Schematics (6:50)
1.9 - Section Challenge (5:26)
1.10 - Section Challenge Solution (15:35)
Section 2 - Hands on with PCBs and Multimeters
2.1 - Electrical Lab Safety (11:12)
2.2 - Opening the Router (5:54)
2.3 - ESD Precautions (9:11)
2.4 - Intro to PCBs (10:07)
2.5 - Intro to Digital Multimeters (5:56)
2.6 - Measuring Voltage with DMM (9:14)
2.7 - Measuring Resistance with DMM (5:35)
2.8 - Measuring Continuity with DMM (5:44)
2.9 - Measuring Current with DMM (7:08)
Section 3 - Electrical Engineering for Hackers 201
3.1 - AC / DC (11:11)
3.2 - Capacitors (17:10)
3.3- Demoing Filters with Circuit Lab (10:32)
3.4 - Inductors (12:25)
3.5 - Diodes (16:09)
3.6 - Transistors (14:36)
3.7 - Transistor Circuit Lab Example (13:40)
3.8 - Electronic Communications and Signals (17:42)
Section 4 - Hands on with Logic Analyzers and UART
4.1 - Intro to UART Part 1 (16:12)
4.2 - Attaching Header Pins (Solderless) (12:06)
4.3 - Attaching Header Pins (With Solder - Optional) (15:10)
4.4 - Logic Analyzers, Sigrok and Pulseview (14:41)
4.5 - Intro to UART Part 2 (15:35)
4.6 - Hardware Hacking CTF (15:03)
Section 5 - Initial Recon and OSINT
5.1 - IoT Architecture and Attack Surface (14:39)
5.2 - Internet Facing IoT Devices (11:30)
5.3 - Hardware OSINT via FCC ID (9:28)
5.4 - Embedded System Components (7:41)
5.5 - Locating and Reading Datasheets (18:35)
5.6 - Locating Firmware Online (3:16)
5.7 - Network Setup (9:34)
5.8 - NMAP Scans (6:02)
5.9 - Exploring Past CVEs (5:18)
5.10 - Section and Notes Review (10:39)
Section 6 - UART Shell and Live Enumeration
6.1 - Initiating UART Shell (12:17)
6.2 - Boot Logs and Boot Loader (17:29)
6.3 - Using TFTP to Exfil Files (11:38)
6.4 - Using TFTP to Transfer Tools onto Devices (11:03)
6.5 - Hunting Interesting Files and Passwords (12:17)
6.6 - Reviewing Files and Cracking Passwords (10:06)
6.7 - Checking Running Processes and Network Connections (6:06)
6.8 - Prompting Additional Console Logging (9:26)
6.9 - Serial Connections via Python (11:07)
6.10 - Tricky UART Connections (12:23)
6.11 - Troubleshooting UART (5:28)
6.12 - Section and Notes Review (9:30)
Section 7 - SPI and Firmware Extraction/Analysis
7.1 - Firmware Extraction Methods (4:59)
7.2 - Serial Peripheral Interface Part 1 (16:56)
7.3 - Serial Peripheral Interface Part 2 (21:03)
7.4 - Extracting Firmware from ROM (12:59)
7.5 - Firmware Analysis (19:02)
7.6 - Inspecting Firmware and Manual Firmware Extraction (14:46)
7.7 - Enumerating Root File System (10:51)
Section 8 - Reverse Engineering Firmware
8.1 - Intro to Reverse Engineering (8:02)
8.2 - Reverse Engineering Decryption Function Part 1 (12:39)
8.3 - Reverse Engineering Decryption Function Part 2 (11:28)
8.4 - Decrypting Config Files (14:10)
8.5 - Reviewing util_execSystem for Command Injection (15:36)
8.6 - Tracing Function Calls (12:06)
8.7 - Section and Notes Reviews (9:11)
Section 9 - End of Course Challenge and Course Wrap-Up
9.1 - End of Course Challenge (21:16)
9.2 - Course Wrap-Up (5:51)
2.8 - Measuring Continuity with DMM
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