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Mobile App Reverse Engineering

You're reading from   Mobile App Reverse Engineering Get started with discovering, analyzing, and exploring the internals of Android and iOS apps

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Product type Paperback
Published in May 2022
Publisher Packt
ISBN-13 9781801073394
Length 166 pages
Edition 1st Edition
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Author (1):
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Abhinav Mishra Abhinav Mishra
Author Profile Icon Abhinav Mishra
Abhinav Mishra
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Table of Contents (13) Chapters Close

Preface 1. Section 1: Basics of Mobile App Reverse Engineering, Common Tools and Techniques, and Setting up the Environment
2. Chapter 1: Basics of Reverse Engineering – Understanding the Structure of Mobile Apps FREE CHAPTER 3. Chapter 2: Setting Up a Mobile App Reverse Engineering Environment Using Modern Tools 4. Section 2: Mobile Application Reverse Engineering Methodology and Approach
5. Chapter 3: Reverse Engineering an Android Application 6. Chapter 4: Reverse Engineering an iOS Application 7. Chapter 5: Reverse Engineering an iOS Application (Developed Using Swift) 8. Section 3: Automating Some Parts of the Reverse Engineering Process
9. Chapter 6: Open Source and Commercial Reverse Engineering Tools 10. Chapter 7: Automating the Reverse Engineering Process 11. Chapter 8: Conclusion 12. Other Books You May Enjoy

Case study – reverse engineering during a penetration test

One of the primary reasons for reverse engineering a mobile application during a penetration test is to analyze whether the source code has any sensitive information hardcoded, which can further be used by a malicious actor. Other reasons might be bypassing security controls such as SSL pinning, root/jailbreak detection, and role-based client-side access control. However, depending on the type of application and pentest, you might have to spend more effort in performing a more in-depth analysis of a reverse engineered application.

Let's look at one of the case studies. During the penetration test of a FinTech application, it was noticed that the application sent some critical requests to uniquely generated URL endpoints. These endpoints were unique for every request, and in fact, they were getting generated right before the HTTP(s) request was generated. In order to find the way this application generates these...

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