Reverse Engineering- Frida for Beginners

Reverse Engineering: Frida for Beginners, available at $64.99, has an average rating of 4.5, with 44 lectures, based on 94 reviews, and has 7077 subscribers.

You will learn about Listing process libraries Reversing Android apps Hooking Classes and Functions Examining and modifying function parameters and return values Reversing windows app Hooking process functions Memory scanning Process injection Hacking memory Decompiling apps Bypassing root detection Intercepting http and https traffic Bypassing basic security mechanism for android and windows apps Enumerating libraries and imported functions and more. This course is ideal for individuals who are Reverse engineering and malware analysis students or Security researchers or Penetration testers It is particularly useful for Reverse engineering and malware analysis students or Security researchers or Penetration testers.

Enroll now: Reverse Engineering: Frida for Beginners

Summary

Title: Reverse Engineering: Frida for Beginners

Price: $64.99

Average Rating: 4.5

Number of Lectures: 44

Number of Published Lectures: 44

Number of Curriculum Items: 44

Number of Published Curriculum Objects: 44

Original Price: $59.99

Quality Status: approved

Status: Live

What You Will Learn

Listing process libraries

Reversing Android apps

Hooking Classes and Functions

Examining and modifying function parameters and return values

Reversing windows app

Hooking process functions

Memory scanning

Process injection

Hacking memory

Decompiling apps

Bypassing root detection

Intercepting http and https traffic

Bypassing basic security mechanism for android and windows apps

Enumerating libraries and imported functions

and more.

Who Should Attend

Reverse engineering and malware analysis students

Security researchers

Penetration testers

Target Audiences

Reverse engineering and malware analysis students

Security researchers

Penetration testers

Frida is a dynamic instrumentation toolkit for developers, reverse-engineers, and security researchers. It allows you to inject your own scripts into black box processes. Hook any function, spy on crypto APIs or trace private application code, no source code needed. Edit, hit save, and instantly see the results. All without compilation steps or program restarts. It’s the swiss army knife for process injections for native apps and is a popular dynamic code instrumentation toolkit. It lets you inject snippets of JavaScript or your own library into native apps on Windows and Android.  It is the go-to tool you use for API tracing.

At the end of this course you will be able to:

1. learn how to reverse engineer and perform process injection into android and windows applications

2. hook functions and modify its behaviour

3. perform basic bypass of security restrictions on android and windows apps

Features of this course:

1. Designed with beginners in mind.

2. Simple android apps and windows crackme’s designed to learn process injection and function hooking

3. Practical and hands-on

4. Using free tools only

Suitable for:

Reverse Engineering and Malware Analysis Students

Students planning on entering Malware Analysis and Reverse Engineering, or Penetration Testers as a Career Path

Security researchers

Prerequisite:

Windows PC

Basic Java/Javascript would be helpful but not mandatory

Preferably have an Android phone (non-rooted)

Enroll now and I will see you inside!

Course Curriculum

Chapter 1: Introduction

Lecture 1: Intro to Frida

Lecture 2: Intro to Frida Injection

Chapter 2: Setting up lab and rooted android emulator

Lecture 1: Installing LD-player emulator

Lecture 2: Installing platform tools

Lecture 3: Installing frida-server on the android emulator

Lecture 4: Installing objection and frida tools on the pc

Lecture 5: Testing objection and frida

Chapter 3: Setting up lab for non-rooted android phone

Lecture 1: Installing Android-studio build-tools

Lecture 2: Installing the apktool

Lecture 3: Patching the target apk file with the frida-gadget (frida-server)

Lecture 4: Enabling developer-mode on the android phone

Lecture 5: Installing the patched-apk file to the android phone and testing it

Chapter 4: Decompiling apk files

Lecture 1: Reverse engineering using the apktool

Lecture 2: Installing dex2jar and jd-gui

Lecture 3: Decompiling an apk file using dex2jar and jd-gui

Chapter 5: Understanding the Frida CLI

Lecture 1: Understanding the Frida CLI

Chapter 6: Simple Frida hello-world script

Lecture 1: Simple Frida hello-world script

Chapter 7: Frida script to list classes

Lecture 1: Frida script to list classes

Chapter 8: Frida scripts to list methods and properties

Lecture 1: Frida scripts to list methods and properties

Chapter 9: Hooking functions and bypassing root detection

Lecture 1: Intro to hooking functions

Lecture 2: Decompiling apk to identify target function to hook

Lecture 3: Hooking functions and modifying them

Chapter 10: Dumping function parameters

Lecture 1: Dumping function parameters

Chapter 11: Re-using app functions in Frida scripts and decrypting passwords

Lecture 1: Analyzing app functions and creating skeleton script

Lecture 2: Implementing app functions in frida and decrypting password

Chapter 12: Frida and Windows: listing modules

Lecture 1: Listing windows modules (DLL libraries) using Frida

Chapter 13: Hooking windows MessageBox function

Lecture 1: Hooking windows MessageBox function

Chapter 14: Modifying the windows MessageBox API

Lecture 1: Modifying the windows MessageBox API

Chapter 15: Listing windows process functions

Lecture 1: Listing windows process functions

Chapter 16: Hooking file reading functions

Lecture 1: Hooking file reading functions

Chapter 17: Memory scanning and hacking

Lecture 1: Memory scanning and hacking

Chapter 18: Supplementary lessons – Android ethical hacking

Lecture 1: Additional lessons on android ethical hacking

Chapter 19: Intercepting http traffic

Lecture 1: Installing Burpsuite

Lecture 2: Setting Burpsuite proxy for LDplayer emulator

Lecture 3: Installing the Insecure Banking app

Chapter 20: Intercepting HTTPs traffic

Lecture 1: Installing burpsuite CA cert

Lecture 2: Modifying network-security-config

Lecture 3: Creating keystore signing and intercepting https

Chapter 21: Local data storage vulnerabilities

Lecture 1: Local data storage vulnerabilities

Chapter 22: Exported application component vulnerabilities

Lecture 1: Exported application component vulnerabilities

Chapter 23: Insecure logging vulnerability

Lecture 1: Insecure logging vulnerability

Chapter 24: Bypassing root detection using objection

Lecture 1: Bypassing root detection using objection

Lecture 2: Running Frida scripts after objection root bypass

Chapter 25: Resources for further study

Lecture 1: Bonus Lecture

Instructors

Paul Chin
College lecturer

Rating Distribution

1 stars: 3 votes

2 stars: 1 votes

3 stars: 8 votes

4 stars: 29 votes

5 stars: 53 votes

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