Description

Price: 10.00 USD | Size: 6.03 GB |  Duration : 12.47 Hours  | 70+ Video Lessons | Bonus : IoT Exploitation PDF Guides  

BRAND: Expert TRAINING | ENGLISH | INSTANT DOWNLOAD | ⭐️⭐️⭐️⭐️⭐️ 4.9

 

Course Curriculum – 13 Hours
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)