Reverse Engineering and Exploit development in ARM

Reverse Engineering and Exploit development in ARM, available at $49.99, has an average rating of 3.4, with 62 lectures, based on 39 reviews, and has 420 subscribers.

You will learn about Arm exploitation Binary exploitation Reverse engineering Basic arm instructions Gdb primer Patching binaries Ghidra,Binary ninja,Hopper etc Exploit development Format string vulnerabilities Ret2zp Attack Nx Bypass Buffer overflow Integer Overflow Integer Underflow Heap Overflow This course is ideal for individuals who are Anyone Interested in learning binary exploitation or Hackers or Ctf players or Reverse engineers It is particularly useful for Anyone Interested in learning binary exploitation or Hackers or Ctf players or Reverse engineers.

Enroll now: Reverse Engineering and Exploit development in ARM

Summary

Title: Reverse Engineering and Exploit development in ARM

Price: $49.99

Average Rating: 3.4

Number of Lectures: 62

Number of Published Lectures: 62

Number of Curriculum Items: 62

Number of Published Curriculum Objects: 62

Original Price: $27.99

Quality Status: approved

Status: Live

What You Will Learn

Arm exploitation

Binary exploitation

Reverse engineering

Basic arm instructions

Gdb primer

Patching binaries

Ghidra,Binary ninja,Hopper etc

Exploit development

Format string vulnerabilities

Ret2zp Attack

Nx Bypass

Buffer overflow

Integer Overflow

Integer Underflow

Heap Overflow

Who Should Attend

Anyone Interested in learning binary exploitation

Hackers

Ctf players

Reverse engineers

Target Audiences

Anyone Interested in learning binary exploitation

Hackers

Ctf players

Reverse engineers

Hello,

Welcome to the cheapest and first course of Arm exploitation in Udemy.This course is purely for beginners. As you all know arm based devices are becoming more and more prominent these days so it’s important to learn about securing them. I made this course highly practical so that it doesn’t bore you as you go. This course only requires just a PC we shouldn’t need any raspberry pi or anything we will use emulated labs. This course is very basic and if you are already familiar with buffer overflows and format string exploitation this wouldn’t be much help to you but still, this can help you as a primer and as an introduction to ARM exploitation.

This course is focused on Arm v6 vulnerabilities and Exploitation (32-bit). We will start with basic arm instructions and move to practical exploitation. The core sections of this course are Reverse engineering and binary exploitation. We will reverse and modify the behavior of simple crack-me programs using Ghidra, Binary ninja, Hopper, etc. Then we will exploit various binaries using format string vulnerabilities and buffer overflows. After that, we will look at the protections used by the binaries and bypass them. We will be using CTF-style examples mostly. As this is part one of the course we will cover everything from scratch. This course has a 30-day refund policy so even if you don’t like this course you can surely get your money 100%.

I suggest you watch the sample videos before buying this.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: About ARM

Lecture 3: Registers in ARM

Chapter 2: Lab Setup

Lecture 1: Lab setup

Chapter 3: Basic ARM Instructions

Lecture 1: Mov instruction

Lecture 2: Add instruction

Lecture 3: Sub instruction

Lecture 4: Mul instrution

Lecture 5: Load Instruction

Lecture 6: Store Instruction

Lecture 7: Load store 0x1

Lecture 8: Load store 0x2

Lecture 9: Load and Store multiple 0x1

Lecture 10: Load and Store multiple 0x2

Lecture 11: Condtional Branching

Lecture 12: Conditional Execution

Lecture 13: Push and Pop

Lecture 14: Functions

Lecture 15: Loops

Chapter 4: GDB Primer

Lecture 1: Gdb Basics

Lecture 2: Debug Challenge 0x1

Lecture 3: Debug Solution 0x1

Lecture 4: Debug Solution 0x2

Lecture 5: Debug Challenge 0x2

Lecture 6: Debug Challenge 0x2 Solution

Chapter 5: Reverse Engineering

Lecture 1: Introduction to Reverse Engineering

Lecture 2: Reverse Engineering Workflow

Lecture 3: Reversing a simple Crackme1

Lecture 4: Reversing Crackme using Ghidra

Lecture 5: Reversing Crackme using Hopper

Lecture 6: Reversing and patching a simple binary

Lecture 7: Patching Crackme1 0x1

Chapter 6: Format String vulnerabilities and Exploitation

Lecture 1: Introduction to format strrings

Lecture 2: Format String Vulnerability

Lecture 3: Format String Vulnerability 0x2

Lecture 4: Arbitrary read using format string vulnerability 0x1

Lecture 5: Arbitrary read using format string vulnerability 0x2

Lecture 6: Arbitrary write using format string vulnerability

Lecture 7: Arbitrary write using format string vulnerability 0x2

Lecture 8: Crashing the program and memory leaks

Chapter 7: Buffer overflow vulnerability

Lecture 1: Introduction to buffer overflows

Lecture 2: Buffer Overflow Overview

Lecture 3: Simple Buffer overflow Challenge

Lecture 4: Modifying local variables using Buffer overflow

Lecture 5: Redirecting the execution of the program 0x1

Lecture 6: Redirecting the execution of the program 0x2

Lecture 7: Redirecting the execution of the program 0x3

Lecture 8: Spawning a Shell using Buffer overflow 0x1

Lecture 9: Spawning a Shell using Buffer overflow 0x2

Lecture 10: Spawning a Shell using Buffer overflow 0x3

Lecture 11: Adjusting the shellcode using NOPS 0x1

Lecture 12: Adjusting the shellcode using NOPS 0x2

Chapter 8: Integer Overflow and Underflow

Lecture 1: Introduction to Integer Overflow

Lecture 2: Interger Underflow

Lecture 3: Integer Overflow To Buffer Overflow

Chapter 9: Return to Zero Protection

Lecture 1: Introduction to NX

Lecture 2: Bypassing NX 0x1

Lecture 3: Bypassing NX 0x2

Lecture 4: Bypassing NX 0x3

Lecture 5: Bypassing NX 0x4

Chapter 10: Heap Exploitation

Lecture 1: Simple Heap Overflow

Chapter 11: Thank You

Lecture 1: Thank You And Additional Resources

Instructors

Ajin Deepak
Ethical Hacker, CEH

Rating Distribution

1 stars: 4 votes

2 stars: 2 votes

3 stars: 8 votes

4 stars: 6 votes

5 stars: 19 votes

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