Mastering iOS Penetration Testing (MIPT)

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Module 1 – Introduction to iOS Security & Pentesting
  • iOS architecture & security model iOS app lifecycle & sandboxing Differences between iOS and Android security Pentesting methodology for iOS apps
Module 2 – Setting Up the iOS Pentesting Environment
  • macOS setup for iOS testing Xcode & iOS SDK installation Using the iOS Simulator vs. real devices Jailbreaking overview and tools
Module 3 – iOS Application Fundamentals
  • IPA file structure & components Info.plist file analysis Understanding Objective-C & Swift basics iOS permission model
Module 4 – Static Analysis of iOS Apps
  • Extracting IPA files from devices or App Store Reverse engineering with Hopper, Ghidra, and class-dump Searching for hardcoded credentials & API keys Analyzing Swift/Objective-C code for flaws
Module 5 – Dynamic Analysis of iOS Apps
  • Using Frida & Objection for runtime instrumentation Hooking and modifying app behavior Monitoring network traffic with Burp/ZAP Real-time log monitoring with Console & syslog
Module 6 – iOS Device Communication & File System
  • Accessing the iOS file system on jailbroken devices Extracting app sandbox data Understanding keychain storage
Module 7 – Insecure Data Storage
  • Analyzing SQLite databases Insecure NSUserDefaults usage Unencrypted plist files & local storage issues
Module 8 – Insecure Communication
  • Exploiting apps without proper TLS/SSL Bypassing certificate pinning Performing MITM attacks on iOS apps
Module 9 – Authentication & Authorization Attacks
  • Bypassing biometric authentication (Face ID/Touch ID) Exploiting weak session management Privilege escalation within apps
Module 10 – WebView Exploitation
  • Insecure WebView configurations in iOS apps JavaScript injection in WebViews Local file access via WebViews
Module 11 – Insecure Code Practices
  • Improper use of cryptographic APIs Unvalidated input & parameter tampering Hardcoded API tokens and credentials
Module 12 – Reverse Engineering & Code Patching
  • Disassembling and modifying app binaries Repackaging and resigning modified IPAs Bypassing jailbreak detection
Module 13 – Exploiting iOS App Components
  • Deep link & URL scheme exploitation Attacking inter-app communication Abuse of custom URL handlers
Module 14 – Jailbreaking & Privilege Escalation
  • Jailbreaking methods and tools (unc0ver, checkra1n) Security risks introduced by jailbreaking Exploiting vulnerabilities for root access
Module 15 – iOS Malware Analysis
  • Identifying malicious iOS applications Dynamic malware behavior analysis Detecting spyware and rogue apps
Module 16 – iOS Security Bypass Techniques
  • Bypassing jailbreak detection Circumventing SSL pinning Defeating anti-debugging protections
Module 17 – Exploiting Native & Hybrid iOS Apps
  • Attacking Cordova, React Native, Flutter apps Identifying weaknesses in hybrid frameworks Injecting malicious JavaScript into hybrid apps
Module 18 – Apple Watch & iOS IoT Security
  • Attack surface of Apple Watch apps Bluetooth & NFC exploitation iOS integration with smart devices
Module 19 – Reporting & Remediation
  • Writing professional iOS pentest reports Creating PoCs for vulnerabilities Secure coding recommendations for iOS
Module 20 – Final iOS Pentesting Project
  • End-to-end pentest of an iOS application Combining multiple vulnerabilities in chained exploits Final report & stakeholder presentation
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Course Detail
  • Module 1 – Introduction to iOS Security & Pentesting
    • iOS architecture & security model
    • iOS app lifecycle & sandboxing
    • Differences between iOS and Android security
    • Pentesting methodology for iOS apps
  • Module 2 – Setting Up the iOS Pentesting Environment
    • macOS setup for iOS testing
    • Xcode & iOS SDK installation
    • Using the iOS Simulator vs. real devices
    • Jailbreaking overview and tools
  • Module 3 – iOS Application Fundamentals
    • IPA file structure & components
    • Info.plist file analysis
    • Understanding Objective-C & Swift basics
    • iOS permission model
  • Module 4 – Static Analysis of iOS Apps
    • Extracting IPA files from devices or App Store
    • Reverse engineering with Hopper, Ghidra, and class-dump
    • Searching for hardcoded credentials & API keys
    • Analyzing Swift/Objective-C code for flaws
  • Module 5 – Dynamic Analysis of iOS Apps
    • Using Frida & Objection for runtime instrumentation
    • Hooking and modifying app behavior
    • Monitoring network traffic with Burp/ZAP
    • Real-time log monitoring with Console & syslog
  • Module 6 – iOS Device Communication & File System
    • Accessing the iOS file system on jailbroken devices
    • Extracting app sandbox data
    • Understanding keychain storage
  • Module 7 – Insecure Data Storage
    • Analyzing SQLite databases
    • Insecure NSUserDefaults usage
    • Unencrypted plist files & local storage issues
  • Module 8 – Insecure Communication
    • Exploiting apps without proper TLS/SSL
    • Bypassing certificate pinning
    • Performing MITM attacks on iOS apps
  • Module 9 – Authentication & Authorization Attacks
    • Bypassing biometric authentication (Face ID/Touch ID)
    • Exploiting weak session management
    • Privilege escalation within apps
  • Module 10 – WebView Exploitation
    • Insecure WebView configurations in iOS apps
    • JavaScript injection in WebViews
    • Local file access via WebViews
  • Module 11 – Insecure Code Practices
    • Improper use of cryptographic APIs
    • Unvalidated input & parameter tampering
    • Hardcoded API tokens and credentials
  • Module 12 – Reverse Engineering & Code Patching
    • Disassembling and modifying app binaries
    • Repackaging and resigning modified IPAs
    • Bypassing jailbreak detection
  • Module 13 – Exploiting iOS App Components
    • Deep link & URL scheme exploitation
    • Attacking inter-app communication
    • Abuse of custom URL handlers
  • Module 14 – Jailbreaking & Privilege Escalation
    • Jailbreaking methods and tools (unc0ver, checkra1n)
    • Security risks introduced by jailbreaking
    • Exploiting vulnerabilities for root access
  • Module 15 – iOS Malware Analysis
    • Identifying malicious iOS applications
    • Dynamic malware behavior analysis
    • Detecting spyware and rogue apps
  • Module 16 – iOS Security Bypass Techniques
    • Bypassing jailbreak detection
    • Circumventing SSL pinning
    • Defeating anti-debugging protections
  • Module 17 – Exploiting Native & Hybrid iOS Apps
    • Attacking Cordova, React Native, Flutter apps
    • Identifying weaknesses in hybrid frameworks
    • Injecting malicious JavaScript into hybrid apps
  • Module 18 – Apple Watch & iOS IoT Security
    • Attack surface of Apple Watch apps
    • Bluetooth & NFC exploitation
    • iOS integration with smart devices
  • Module 19 – Reporting & Remediation
    • Writing professional iOS pentest reports
    • Creating PoCs for vulnerabilities
    • Secure coding recommendations for iOS
  • Module 20 – Final iOS Pentesting Project
    • End-to-end pentest of an iOS application
    • Combining multiple vulnerabilities in chained exploits
    • Final report & stakeholder presentation
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