Automobile Hacking and Security v2.0

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Arsalan Saleem,Secure Techware

3:18:20

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1. Introduction

1. Introduction.mp4

03:25

2.1 hardware-requirements.pdf

2. 02-Hardware Requirements.mp4

06:00

2. 01-Overview of CAN Protocol and CAN-Utils

1.1 01-Overview of CAN Protocol.pdf

1. 01-Overview of CAN Protocol.mp4

03:25

2.1 02-can-utils-commands.txt

2.2 02-Overview of CAN-Utils.pdf

2. 02-Overview of CAN-Utils.mp4

06:00

3. 02-Car Simulator Advance

1.1 command.txt

1. 01-Car Simulator Advance.mp4

05:18

4. 03-CaringCaribou Tool for Vulnerability Testing

1.1 01-Installing CaringCaribou.pdf

1.2 canrc.zip

1. 01-Installing CaringCaribou.mp4

10:53

2. 02-Capture and Replay Attack.mp4

06:07

3. 03-Get Unique IDs.mp4

03:17

4. 04-Fuzzer Brute Force.mp4

22:31

5. 05-Unified Diagnostics Services (UDS).mp4

05:13

5. 04-CANAnalyzer Tool for Vulnerability Testing

1.1 01-Installing CANAnalyzer with Docker.pdf

1. 01-Installing CANAnalyzer with Docker.mp4

05:50

2. 02-Starting CANAnalyzer tool.mp4

08:47

3. 03-Sniff and Send CAN Packets.mp4

06:57

4. 04-Packet Searcher.mp4

04:53

6. 05-OBD2 Advance Concepts

1.1 01-What is OBD2.pdf

1. 01-What is OBD2.mp4

01:34

2.1 02-Types of OBD2 Protocols.pdf

2. 02-Types of OBD2 Protocols.mp4

04:25

3. 03-Creating Universal OBD2 Connector.mp4

05:20

7. 06-Creating Device with MCP2515

1.1 01-MCP2515 Module.pdf

1.2 Mcp2515-Connection bb.pdf

1.3 Mcp2515-Connection-withoutbreadboard bb.pdf

1.4 Mcp2515-Uno bb.pdf

1. 01-MCP2515 Module.mp4

03:17

2. 02-MCP2515 Device Variants.mp4

03:09

3.1 03-Arduino Device code for CAN-Utils.pdf

3. 03-Arduino Device code for CAN-Utils.mp4

04:07

8. 07-Practical Demo on Car with CaringCaribou

1. 01-Connecting Device with Car.mp4

08:02

2. 02-Capture and Replay.mp4

02:10

3. 03-Getting Unique IDS.mp4

03:09

9. 08-Creating ECU Modal with Two MCP2515 Devices

1. 01-Final ECU Model with MCP2515.mp4

02:23

2.1 hardware-requirements.pdf

2. 02-Hardware Requirements for ECU Model.mp4

03:06

3.1 Display Data on OLED.pdf

3.2 hardware-requirements.pdf

3.3 I2CAddressFinder.zip

3.4 OLED bb.pdf

3. 03-Display Data on OLED.mp4

05:58

4.1 ECU-Model.pdf

4.2 SENDER bb.pdf

4. 04-Sender Device.mp4

07:43

5.1 ECU-Model.pdf

5.2 RECEIVER bb.pdf

5. 05-Receiver Device.mp4

09:23

10. 09-Reverse Engineering CAN Packets

1. 01-MitM on ECU Model.mp4

08:10

2. 02-Sniffing Data and Reply.mp4

07:59

3. 03-Sending Specific CAN Packets.mp4

02:34

11. 10-Appendix Soldering Crash Course

1. 01-Introduction and Precautions.mp4

01:06

2. 02-Tools for Soldering.mp4

03:00

3. 03-Basic rules of Soldering.mp4

00:58

4. 04-Soldering on Prototype Board.mp4

03:11

5. 05-Soldering Header Pins.mp4

02:19

6. 06-Soldering Wires.mp4

02:36

7. 07-Pad Surface Soldering.mp4

02:28

8. 08-Pinhole Soldering.mp4

01:37

Description

Find vulnerabilities loopholes and security threats in your own vehicle.

What You'll Learn?

Overview of Car Protocol (CAN)
Implementing Advance Car Simulator
Finding Different Types of Vulnerabilities in Virtual Car
Advance Automotive Security Exploration Tools
On-Board Diagnostic II (OBD2) Concepts
Types of OBD2 Protocols
Creating OBD2 Connector
Creating Device 2.0 to Communicate with Real Vehicle
Working on Real Car and Finding Vulnerabilities
Creating Electronic Control Unit (ECU) Model
Reverse Engineering CAN Packets on ECU Model
Testing Security Tools and Finding Vulnerabilities in ECU Model

Who is this for?

For Cybersecurity Researchers

Ethical Hackers

Hobbyist and Learners

Anyone passionate about Cyber Security, But! Can think out of the box!!!

More details

Description
Have you ever thought the car you drive can also be hacked and it's also vulnerable to hackers ?
Welcome to the second course on Automobile Hacking and Security version 2.0.
In our first course we created our base on automobile security, learned the protocol on which modern day vehicles operate and looked at tools through which we can find vulnerabilities in cars and worked on real vehicles as well.
In this course we will look at some advanced and interesting concepts and see how deep the rabbit hole goes. We will start this course with the overview of the first course so all things revised and clear.
Then we will implement a car simulator with higher difficulty levels and look for advanced tools on automobile security starting with CaringCaribou. We will see how we can find all the unique IDS in CAN Network. We will work on Unified Diagnostics Services (UDS) and also see Fuzzer Brute Force Attack.
Then we will look at another advanced tool on automobile security CANAnalyzer which is a graphical tool. We will do Sniff and Send CAN Packets Attack and Fuzzer Test.
After that we will cover On-Board Diagnostic II (OBD2). We will see OBD2 Protocols and create OBD2 Universal connectors as well to communicate with real vehicles.
After that we will create a version 2.0 device with MCP2515 module to communicate with real vehicles and get real time data from cars.
Then will do a practical demo on a real car with version 2.0 device and OBD2 connector.
After that we will move to the very interesting part of this course in which we will create an Electronic Control Unit model ECU. This ECU unit will help us test all tools which we study in this course. We will also connect our version 2.0 device with this ECU unit and try to Reverse Engineer CAN Frames.
In the last one important thing this course is NOT for everyone But for anyone who is passionate about cybersecurity and has the ability to think out of the BOX!

Who this course is for:
For Cybersecurity Researchers
Ethical Hackers
Hobbyist and Learners
Anyone passionate about Cyber Security, But! Can think out of the box!!!

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I'm a Security Expert and Software Developer with 7+ years experience. I love to work on innovative offensive security ideas. I have developed many web application and mobile applications. I have also worked on security of many industrial software's. Currently I'm working on exploit research and use of deep learning with micro controllers in Penetration Testing.

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