Published 11/2022 MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz Language: English | Size: 1.38 GB | Duration: 2h 20m Find vulnerabilities loopholes and security threats in your own vehicle
What you'll learn Communication Protocol on which Modern Vehicles Operate Basics of CAN (Controller Area Network) Communicating with CAN Protocol Implementing Virtual Car Simulator Finding Different Types of Vulnerabilities in Virtual Car Creating the Device to Communicate with Real Vehicle Working on Real Car and Finding Vulnerabilities Requirements Basic Knowledge of Linux Hardware Requirements for Communicating with Real Vehicle (Find details inside course) Description Have you ever thought the car you drive can also be hacked and it's also vulnerable to hackers ?Yes modern day vehicles are as vulnerable as your phone or your laptop even its vulnerability is much higher.Today's modern vehicle is a complex set of microprocessors and microcontrollers which can be hacked just like computers.In this course we will see how modern vehicles can be hacked and how we can find vulnerabilities in it.Since this topic will be new to most of you, we will start this course from a very basic level.First we will look into the communication protocols of embedded systems and see how systems communicate with each other.After creating our base we will see Controller Area Network or CAN for short. CAN is the protocol on which modern vehicles operate so first we will look at this protocol and see how the protocol works, why we need this protocol and how vehicles operate on this protocol.After understanding Controller Area Network (CAN) we will install virtual car simulator so virtual simulator is similar to real car and we can do all the basic things on this simulator which we can do on real car so before moving to real vehicle first we will see how we can work on CAN protocol in virtual car. Also this section will be helpful to everyone so those who just want to learn automobile security without touching the real car can learn all the things from a virtual car simulator.After practicing on a virtual simulator we will move on to a real vehicle so first we will see all the hardware requirements and how to create the device to communicate with the car.After creating the device we will go into the real car and test the device. Then we will perform vulnerability tests on the real car which we did with a virtual car.We will cover this course on virtual car as well as on real car, so you will have a better understanding of vulnerabilities in automobiles.So this course is for ethical hackers, pentesters and all types of security researchers. Overview Section 1: 00-Introduction Lecture 1 00-Introduction Lecture 2 02-Course Structure Section 2: 01-Communication Protocols Lecture 3 01-Parallel Communication Lecture 4 02-Serial Communication Section 3: 02-Controller Area Network (CAN) Protocol Lecture 5 01-Basics of CAN Protocol Lecture 6 02-Implementation of CAN Protocol Lecture 7 03-CAN Data Frame Lecture 8 04-Nodes in CAN Protocol Lecture 9 05-Sending data on CAN BUS Lecture 10 06-CAN Remote Frame Section 4: 03-CAN-UTILS Framework Lecture 11 01-Installation Lecture 12 02-Creating virtual CAN interface vcan0 Lecture 13 03-CAN-UTILS Tool Set Section 5: 04-CAN-UTILS Framework with Virtual Car Simulator Lecture 14 01-Installation and Basic Functions of Car Simulator Lecture 15 02-Dump CAN frames and Replay Attack Lecture 16 03-Find CAN frames by Recursive Splitting Method Lecture 17 04-Find CAN frames by CAN Sniff Method Lecture 18 05-Send exact CAN frames by Cansend Method Section 6: 05-Communicating with Real Vehicle Lecture 19 01-Hardware Required Lecture 20 02-Basics of Arduino Lecture 21 03-Creating the Device Lecture 22 04-Uploading CAN-UTILS code on Arduino Lecture 23 05-Connecting Device with Real Vehicle Section 7: 06-CAN-UTILS with Real Vehicle Lecture 24 01-Show CAN Packets on Serial Monitor Lecture 25 02-Creating Physical CAN Interface CAN0 Lecture 26 03-Dump CAN Frames from Real Network Lecture 27 04-Reply Attack on Real Interface Lecture 28 05-Sniffing CAN Frames from Real Interface Section 8: Additional Materials Lecture 29 Bonus Lecture For Cybersecurity Researchers,Ethical Hackers,Hobbyist and Learners