Ios Pentesting Bootcamp

Master mobile application penetration testing with our comprehensive iOS Pentesting Bootcamp.

What you'll learn

The iOS security model involves code signing, sandboxing, and entitlements to secure the platform, with weaknesses in configuration and design translating to ri

In setting up iOS safe-testing environments, real devices together with simulators and isolated toolchains have to be involved, while carrying out the testing a

Conduct static analysis and reverse engineering of iOS apps in order to find sensitive logic and insecure implementation (binary inspection, string analysis, IP

Identify common mobile vulnerabilities: insecure data storage, weak crypto use, broken authentication and authorization flows, insecure communications, and impr

Requirements

No strict prerequisites - this course is beginner-friendly.

Having basic security or penetration testing knowledge will help you move faster, but it’s not mandatory.

We’ll guide you through everything from initial setup all the way to advanced exploitation techniques.

A laptop/desktop and an iOS phone with internet access is recommended to follow along with hands-on labs.

Description

Course OverviewWelcome to the iOS Pentesting Bootcamp! This comprehensive course is designed to provide you with the knowledge and skills needed to assess the security of iOS applications and devices effectively. Whether you're an aspiring mobile application security expert, a seasoned penetration tester, or a developer looking to secure your iOS apps, this course equips you with practical techniques to identify, exploit, and mitigate vulnerabilities in the iOS ecosystem. The course covers topics such as:A detailed introduction to iOS architecture, security features, and common vulnerabilities in iOS applications.Step-by-step guidance on setting up an iOS pentesting environment, including tools like Xcode, iOS Simulators, and jailbreaking techniques.Hands-on experience in static analysis, including reverse engineering iOS apps, analyzing binary files, and using tools like MobSF and Hopper Disassembler.Dynamic analysis techniques such as debugging, runtime manipulation, and network traffic interception using tools like Frida and Cycript.Advanced exploitation techniques focusing on insecure data storage, API attacks, and bypassing app security mechanisms.Key TakeawaysLearn the fundamentals of iOS architecture, security features, and distribution models.Perform effective reconnaissance and information gathering.Hands-on experience with tools like Xcode, Frida, Hopper Disassembler, and MobSF.Ability to identify and exploit vulnerabilities in iOS apps, including insecure data storage and API flaws.Master runtime manipulation, network traffic analysis, and bypassing app security mechanisms.Apply practical knowledge in real-world scenariosSystem RequirementsWindows: For virtualization purposes. (Minimum 8GB of RAM and 100GB of free disk space)Linux: For tasks such as jailbreaking and related activities. (Minimum 4GB of RAM and 100GB of free disk space)Mac: To support tools like Xcode Simulator, Hopper, and other macOS-specific software. (Minimum 8GB of RAM and 100GB of free disk space)iPhone or iPad: Running iOS version 16.x or less, for practical demonstrations and testing.FAQsDo I need prior experience in mobile app pentesting? No prior experience is required, but a basic understanding of penetration testing concepts is recommended.Will I need an iPhone or iPad for the course? Yes, having a testing device (jailbroken if possible) is highly recommended for the practical sections.Are hands-on labs included? Absolutely! Each module includes practical labs to reinforce the theory and ensure you're ready for real-world scenarios.

Overview

Section 1: iOS Basics and Setting up Environment

Lecture 1 Intro to iOS Pentesing Bootcamp

Lecture 2 Agenda

Lecture 3 iOS Security Architecture

Lecture 4 iOS Application Architecture

Lecture 5 iOS Penetration Testing Methodology

Lecture 6 Configuring Device

Lecture 7 iOS Basics Recap

Lecture 8 Course Resources

Section 2: Static Application Security Testing (SAST)

Lecture 9 Introduction to Static Analysis and Reverse Engineering

Lecture 10 Install Otool on iOS Device

Lecture 11 Application Extraction

Lecture 12 iOS App Architecture

Lecture 13 Static Analysis (Automate)

Lecture 14 Decompile the App

Lecture 15 Static Analysis (Manual)

Lecture 16 Reverse Engineering

Lecture 17 SAST Recap

Section 3: Dynamic Application Security Testing (DAST)

Lecture 18 Agenda

Lecture 19 Introduction to Dynamic Analysis

Lecture 20 Configure Burp Suite with iOS Device

Lecture 21 Runtime Manipulation

Lecture 22 Summary & Key Takeaways

Section 4: iOS Application Attack Surface

Lecture 23 Agenda

Lecture 24 iOS Penetration Testing Checklist

Lecture 25 Insecure Local Data Storage

Lecture 26 Side Channel Data Leakage

Lecture 27 Attack Surface

Lecture 28 Inter-Process Communication (IPC) Issues

Lecture 29 WebViews Issues

Lecture 30 Sensitive Information in Memory

Lecture 31 Session Recap – Conceptual Walkthrough

Lecture 32 Report Writing

Lecture 33 Summary & Key Takeaways

Penetration testers are moving into mobile app security.,Bug bounty hunters are focusing on iOS apps.,Developers want to create secure-by-design iOS apps.,Cybersecurity experts need practical mobile hacking experience.