SEC575: iOS and Android Application Security Analysis and Penetration Testing Expert - Led Video Course
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1. Introduction to Mobile Application Security
1.1 Overview of Mobile Ecosystem
1.2 Security Challenges in Mobile Apps
1.3 Threat Landscape for iOS and Android
1.4 App Store vs Side-loaded Apps
1.5 Security Terminology
1.6 Compliance and Regulations
1.7 Role of Penetration Testing
1.8 Security Testing Methodologies
1.9 Common Attack Vectors
1.10 Course Structure and Objectives
2. Mobile Operating System Architecture
2.1 Android OS Architecture
2.2 iOS OS Architecture
2.3 Application Sandbox
2.4 Permission Models
2.5 System Libraries
2.6 File System Layout
2.7 Inter-process Communication (IPC)
2.8 Boot Process
2.9 Update Mechanisms
2.10 Security Features Comparison
3. Setting up the Lab Environment
3.1 Required Hardware and Software
3.2 Installing Android Studio
3.3 Installing Xcode
3.4 Emulators vs Real Devices
3.5 Rooting and Jailbreaking
3.6 Proxy Tools (Burp, Charles)
3.7 Setting up MITM Proxies
3.8 Installing Testing Apps
3.9 Device Configuration
3.10 Lab Safety and Isolation
4. Application Packaging and Distribution
4.1 Android APK Structure
4.2 iOS IPA Structure
4.3 App Store Submission Processes
4.4 App Signing and Verification
4.5 Code Obfuscation Techniques
4.6 Distribution Channels
4.7 Enterprise Distribution
4.8 App Updates and Patch Management
4.9 Reverse Engineering Protections
4.10 Malware in App Stores
5. Understanding Android Application Components
5.1 Activities
5.2 Services
5.3 Broadcast Receivers
5.4 Content Providers
5.5 Intents
5.6 Manifest File
5.7 Permissions in AndroidManifest.xml
5.8 Communication Between Components
5.9 Component Exposure Risks
5.10 Security Best Practices
6. Understanding iOS Application Components
6.1 App Bundle Structure
6.2 Info.plist File
6.3 View Controllers
6.4 App Delegates
6.5 URL Schemes
6.6 Storyboards and XIBs
6.7 Property Lists
6.8 Entitlements
6.9 Sandboxing in iOS
6.10 Application Lifecycle Events
7. Static Analysis Fundamentals
7.1 Decompiling APKs
7.2 Decompiling IPAs
7.3 Tools for Static Analysis
7.4 Source Code Review
7.5 Identifying Hardcoded Secrets
7.6 Analyzing Configuration Files
7.7 Detecting Obfuscation
7.8 Reverse Engineering with JADX
7.9 Reverse Engineering with Hopper
7.10 Limitations of Static Analysis
8. Dynamic Analysis Fundamentals
8.1 Setting up Dynamic Analysis Tools
8.2 Instrumentation Frameworks
8.3 Monitoring Network Traffic
8.4 Runtime Memory Inspection
8.5 Debugging Applications
8.6 Analyzing App Behavior
8.7 Modifying App Execution
8.8 Detecting Anti-Debugging Techniques
8.9 Logging and Tracing
8.10 Automation in Dynamic Analysis
9. Reverse Engineering Android Applications
9.1 APK Extraction
9.2 Using APKTool
9.3 Smali Code Analysis
9.4 Decompiled Java Code
9.5 Identifying Sensitive Functions
9.6 String and Resource Extraction
9.7 Patching APKs
9.8 Repackaging and Signing
9.9 Anti-Reverse Engineering Techniques
9.10 Legal and Ethical Considerations
10. Reverse Engineering iOS Applications
10.1 IPA Extraction
10.2 Using class-dump
10.3 Objective-C Runtime Inspection
10.4 Disassembling with Hopper
10.5 Analyzing Swift Binaries
10.6 Identifying Sensitive Classes
10.7 Resource and String Extraction
10.8 Patching Binaries
10.9 Re-signing iOS Apps
10.10 Jailbreak Detection and Evasion
11. Mobile Application Data Storage
11.1 Android Internal Storage
11.2 Android External Storage
11.3 iOS File System
11.4 Core Data
11.5 SQLite Databases
11.6 Shared Preferences & NSUserDefaults
11.7 Keychain Usage
11.8 Insecure Data Storage Risks
11.9 Data Encryption Techniques
11.10 Testing for Insecure Data Storage
12. Insecure Data Storage Attacks
12.1 Common Attack Scenarios
12.2 Data at Rest Risks
12.3 Dumping App Data from Devices
12.4 Exploiting Unencrypted Databases
12.5 Attacking Shared Preferences
12.6 Extracting Data from Keychain
12.7 Bypassing Root/Jailbreak Detection
12.8 Forensic Tools for Data Extraction
12.9 Mitigation Strategies
12.10 Real-World Case Studies
13. Authentication and Authorization
13.1 Common Authentication Mechanisms
13.2 OAuth and OpenID Connect
13.3 Session Management
13.4 Token-based Authentication
13.5 Biometric Authentication
13.6 Authorization Logic
13.7 Attacks on Authentication
13.8 Bypassing Login Screens
13.9 Broken Authorization Flaws
13.10 Secure Implementation Practices
14. Insecure Authentication Attacks
14.1 Credential Stuffing
14.2 Brute Force Attacks
14.3 Password Storage Weaknesses
14.4 Token Replay Attacks
14.5 Session Hijacking
14.6 Bypassing Authentication Flows
14.7 Exploiting Weak Biometric Checks
14.8 Social Engineering Mobile Apps
14.9 Multi-factor Authentication Risks
14.10 Detection and Prevention Techniques
15. Secure Communication in Mobile Apps
15.1 HTTPS/TLS Implementation
15.2 Certificate Pinning
15.3 Secure Socket Layer (SSL)
15.4 Key Management
15.5 Avoiding Sensitive Data in URLs
15.6 Network Security Configuration
15.7 Secure WebView Usage
15.8 Third-party Library Risks
15.9 Secure Messaging Protocols
15.10 Testing Secure Communications
16. Insecure Communication Attacks
16.1 Man-in-the-Middle (MITM) Attacks
16.2 SSL Stripping
16.3 Exploiting Weak Ciphers
16.4 Certificate Pinning Bypass
16.5 Downgrade Attacks
16.6 Proxying Mobile Traffic
16.7 Intercepting WebView Traffic
16.8 Attacking Third-party SDKs
16.9 Exploiting Insecure APIs
16.10 Remediation Techniques
17. Mobile API Security
17.1 API Authentication
17.2 Rate Limiting
17.3 Input Validation
17.4 Data Exposure Risks
17.5 API Endpoint Enumeration
17.6 Insecure Direct Object References
17.7 Mass Assignment Vulnerabilities
17.8 Broken Function Level Authorization
17.9 API Security Best Practices
17.10 Testing API Endpoints
18. Attacking Mobile APIs
18.1 API Fuzzing
18.2 Exploiting Unauthenticated Endpoints
18.3 Parameter Tampering
18.4 Bypassing Access Controls
18.5 Injection Attacks
18.6 Over-privileged API Access
18.7 API Response Manipulation
18.8 Testing for Excessive Data Exposure
18.9 Automation in API Testing
18.10 Case Studies
19. Input Validation and Injection Attacks
19.1 Input Validation Mechanisms
19.2 SQL Injection in Mobile Apps
19.3 Command Injection
19.4 XML and JSON Attacks
19.5 XSS in WebViews
19.6 Path Traversal
19.7 Code Injection
19.8 Server-side Injection
19.9 Testing for Injection Flaws
19.10 Mitigation and Best Practices
20. Client-Side Injection Attacks
20.1 WebView Vulnerabilities
20.2 JavaScript Injection
20.3 DOM-based Attacks
20.4 File Upload Vulnerabilities
20.5 Exploiting Custom URL Schemes
20.6 Intent Injection in Android
20.7 Deep Link Exploitation
20.8 Object Injection in iOS
20.9 Prevention Strategies
20.10 Real-world Examples
21. Cryptography in Mobile Applications
21.1 Overview of Mobile Cryptography
21.2 Common Cryptographic Algorithms
21.3 Key Management Principles
21.4 Using Android Keystore
21.5 Using iOS Keychain
21.6 Encryption vs Hashing
21.7 Common Implementation Mistakes
21.8 Random Number Generation
21.9 Cryptography Libraries
21.10 Testing Cryptographic Implementations
22. Attacking Cryptography Implementations
22.1 Weak Encryption Algorithms
22.2 Hardcoded Keys
22.3 Key Leakage Scenarios
22.4 Insecure Randomness
22.5 Padding Oracle Attacks
22.6 Brute Forcing Keys
22.7 Exploiting Cryptography Libraries
22.8 Reverse Engineering Key Storage
22.9 Remediation Techniques
22.10 Case Studies
23. Inter-Process Communication (IPC) Security
23.1 Android Intents
23.2 iOS URL Schemes
23.3 Broadcast Receivers
23.4 Content Providers
23.5 Deep Links
23.6 Custom Protocol Handlers
23.7 Data Leakage via IPC
23.8 Exploiting Unprotected IPC
23.9 Secure IPC Design
23.10 Testing IPC Security
24. Attacking IPC Mechanisms
24.1 Intent Spoofing
24.2 Intent Sniffing
24.3 Broadcast Injection
24.4 Exploiting Content Providers
24.5 Data Leakage via Deep Links
24.6 Privilege Escalation
24.7 Insecure Custom Protocols
24.8 Mitigating IPC Vulnerabilities
24.9 Automated Tools for IPC Testing
24.10 Example Exploits
25. Analyzing Third-party Libraries and SDKs
25.1 Risks of Third-party Code
25.2 Common Vulnerabilities in SDKs
25.3 Ad Libraries and Privacy
25.4 Analytics SDKs
25.5 Tracking and Data Leakage
25.6 Library Update Management
25.7 Detecting Malicious SDKs
25.8 Static and Dynamic Analysis
25.9 Supply Chain Attacks
25.10 Best Practices for SDK Usage
26. Exploiting Third-party Libraries
26.1 Injection via Third-party SDKs
26.2 API Key Leakage
26.3 Privacy Violations
26.4 Insecure Analytics Implementations
26.5 Attacking Outdated Libraries
26.6 Reverse Engineering SDKs
26.7 Library Dependency Management
26.8 Patch Management Strategies
26.9 Detecting Malicious Behavior
26.10 Mitigation Techniques
27. WebView Security
27.1 WebView Architecture
27.2 Secure WebView Configuration
27.3 JavaScript Interfaces
27.4 File Access in WebViews
27.5 Handling Untrusted Content
27.6 WebView in Android vs iOS
27.7 Common WebView Vulnerabilities
27.8 Testing WebView Security
27.9 Best Practices
27.10 Real-world Exploits
28. Exploiting WebViews
28.1 JavaScript Injection
28.2 Cross-site Scripting (XSS)
28.3 File Upload Exploitation
28.4 Exploiting JavaScript Bridges
28.5 Bypassing Same-origin Policy
28.6 Exploiting WebView Permissions
28.7 Phishing via WebView
28.8 Mitigating WebView Risks
28.9 Tools for WebView Testing
28.10 Case Studies
29. Mobile Application Debugging and Instrumentation
29.1 Debugging Tools Overview
29.2 Android Debug Bridge (ADB)
29.3 iOS Debugging Tools
29.4 Frida Instrumentation
29.5 Objection Framework
29.6 Hooking Functions
29.7 Dynamic Analysis with Frida
29.8 Debugging Anti-debugging Techniques
29.9 Scripting for Automation
29.10 Ethical and Legal Considerations
30. Bypassing Security Controls
30.1 Root/Jailbreak Detection Bypass
30.2 Debugger Detection Bypass
30.3 Certificate Pinning Bypass
30.4 Obfuscation and Anti-tampering Bypass
30.5 OTP and 2FA Bypass
30.6 Bypassing Network Security Configuration
30.7 Local Authentication Bypass
30.8 Exploiting Weak Security Controls
30.9 Tool-assisted Bypass Methods
30.10 Demonstration and Labs
31. Malware Analysis in Mobile Applications
31.1 Types of Mobile Malware
31.2 Malware Distribution Channels
31.3 Analyzing Suspicious APKs
31.4 Analyzing Suspicious IPAs
31.5 Static Malware Analysis
31.6 Dynamic Malware Analysis
31.7 Behavioral Analysis
31.8 Detecting Obfuscation
31.9 Indicators of Compromise
31.10 Malware Remediation
32. Obfuscation and Anti-Tampering Techniques
32.1 Code Obfuscation Methods
32.2 Resource Obfuscation
32.3 String Encryption
32.4 Anti-tampering Techniques
32.5 Runtime Integrity Checks
32.6 Anti-debugging Mechanisms
32.7 Obfuscation Tools
32.8 Detecting Obfuscation
32.9 Bypassing Obfuscation
32.10 Implications for Reverse Engineering
33. Secure Coding Practices for Mobile Apps
33.1 Secure Data Storage
33.2 Safe Input Handling
33.3 Secure Network Communications
33.4 Minimal Permissions
33.5 Secure Use of Intents/IPC
33.6 Code Reviews
33.7 Dependency Management
33.8 Secure Use of Third-party Libraries
33.9 Logging and Error Handling
33.10 Security Testing in SDLC
34. Mobile Application Penetration Testing Methodology
34.1 Pre-engagement Activities
34.2 Information Gathering
34.3 Threat Modeling
34.4 Static Analysis
34.5 Dynamic Analysis
34.6 Exploitation
34.7 Reporting
34.8 Post-engagement Activities
34.9 Remediation Guidance
34.10 Tools and Techniques
35. Reporting and Remediation
35.1 Writing Effective Reports
35.2 Detailing Vulnerabilities
35.3 Risk Rating Methodologies
35.4 Remediation Recommendations
35.5 Communicating with Developers
35.6 Tracking Fixes
35.7 Retesting Applications
35.8 Reporting to Stakeholders
35.9 Compliance Reporting
35.10 Continuous Improvement
36. Security Automation in Mobile Testing
36.1 Automated Static Analysis Tools
36.2 Automated Dynamic Analysis Tools
36.3 SAST vs DAST
36.4 CI/CD Integration
36.5 Automated Test Cases
36.6 Mobile App Scanning Tools
36.7 Reporting Automation
36.8 Custom Scripting
36.9 Challenges in Automation
36.10 Future of Automation
37. Secure Mobile Application Deployment
37.1 Secure App Signing
37.2 Protecting App Source Code
37.3 Secure Distribution Channels
37.4 Code Obfuscation for Releases
37.5 Monitoring Deployed Apps
37.6 Handling Updates Securely
37.7 Incident Response Planning
37.8 User Notification Strategies
37.9 Secure Decommissioning
37.10 App Store Security Features
38. Mobile Application Security Standards and Guidelines
38.1 OWASP Mobile Top 10
38.2 NIST Guidelines
38.3 CIS Controls
38.4 Platform-specific Guidelines
38.5 Industry-specific Standards
38.6 Security Benchmarks
38.7 Secure Development Lifecycle
38.8 Compliance Requirements
38.9 Mapping Security Standards
38.10 Best Practices
39. Advanced iOS Security Features
39.1 Secure Enclave
39.2 Data Protection APIs
39.3 Keychain Services
39.4 App Transport Security
39.5 Touch ID and Face ID
39.6 App Extensions Security
39.7 iOS Sandboxing Enhancements
39.8 Network Security Enhancements
39.9 Privacy Controls
39.10 Testing Advanced Features
40. Advanced Android Security Features
40.1 SafetyNet Attestation
40.2 Play Protect
40.3 Verified Boot
40.4 Android Keystore System
40.5 Biometric Authentication
40.6 Scoped Storage
40.7 Enhanced Permissions Model
40.8 App Signing by Google Play
40.9 Security Updates
40.10 Testing Advanced Features
41. Cloud and Backend Security for Mobile Apps
41.1 Mobile Backend Architectures
41.2 Secure API Gateways
41.3 Cloud Storage Risks
41.4 Data Transit Security
41.5 Authentication in the Cloud
41.6 Authorization Controls
41.7 Server-side Validation
41.8 Cloud Vulnerability Scanning
41.9 Incident Response for Cloud
41.10 Best Practices
42. Mobile Application Privacy Concerns
42.1 Data Collection Practices
42.2 User Consent Mechanisms
42.3 Tracking and Analytics Risks
42.4 GPS and Location Privacy
42.5 Access to Sensitive Data
42.6 Privacy Policy Requirements
42.7 GDPR and CCPA Compliance
42.8 Privacy-by-Design Principles
42.9 Testing for Privacy Violations
42.10 Remediation Strategies
43. Red Teaming Mobile Applications
43.1 Overview of Red Teaming
43.2 Mobile-specific Attack Scenarios
43.3 Social Engineering Mobile Apps
43.4 Phishing via Mobile Channels
43.5 Mobile Infrastructure Attacks
43.6 Simulating Advanced Attackers
43.7 Physical Attacks on Devices
43.8 Reporting Red Team Findings
43.9 Lessons Learned
43.10 Improvements to Defenses
44. Blue Teaming for Mobile Security
44.1 Incident Detection on Mobile
44.2 Mobile Threat Intelligence
44.3 Forensic Analysis
44.4 Mobile Device Management (MDM)
44.5 Response and Containment
44.6 Threat Hunting Techniques
44.7 User Awareness
44.8 Monitoring Mobile Apps
44.9 Blue Team Tools
44.10 Collaboration with Developers
45. Emerging Threats in Mobile Security
45.1 Advanced Mobile Malware
45.2 Supply Chain Attacks
45.3 SIM Swapping
45.4 Mobile Ransomware
45.5 IoT and Mobile Integration
45.6 Mobile Botnets
45.7 Exploiting 5G Networks
45.8 Mobile Phishing
45.9 Zero-day Vulnerabilities
45.10 Future Trends
46. Case Studies in Mobile Application Security
46.1 High-profile Mobile Breaches
46.2 Analysis of Real-world Attacks
46.3 Lessons from Past Incidents
46.4 Security Flaws in Popular Apps
46.5 Regulatory Impact
46.6 Forensic Investigations
46.7 Public Disclosure Processes
46.8 Industry Response
46.9 User Impact
46.10 Preventing Future Incidents
47. Bug Bounty and Responsible Disclosure
47.1 Overview of Bug Bounty Programs
47.2 Participating in Bug Bounties
47.3 Reporting Vulnerabilities Responsibly
47.4 Coordinated Disclosure
47.5 Legal Considerations
47.6 Communication with Vendors
47.7 Writing Effective Reports
47.8 Rewards and Recognition
47.9 Learning from Bounties
47.10 Impact on Security Posture
48. Mobile Application Security Tools
48.1 Static Analysis Tools
48.2 Dynamic Analysis Tools
48.3 Reverse Engineering Tools
48.4 Network Analysis Tools
48.5 Fuzzing Tools
48.6 Automation Frameworks
48.7 Forensic Tools
48.8 Malware Analysis Tools
48.9 Open Source vs Commercial
48.10 Tool Selection Criteria
49. Hands-on Labs and Practical Exercises
49.1 APK Static Analysis Lab
49.2 IPA Static Analysis Lab
49.3 Dynamic Analysis with Frida
49.4 Network Traffic Interception Lab
49.5 Exploiting Insecure Storage
49.6 API Security Testing
49.7 WebView Exploitation Lab
49.8 Bypassing Security Controls
49.9 Malware Analysis Lab
49.10 Reporting and Remediation Exercise
50. Final Assessment and Course Wrap-up
50.1 Review of Key Concepts
50.2 Final Practical Assessment
50.3 Reporting and Documentation
50.4 Recommendations for Further Study
50.5 Career Paths in Mobile Security
50.6 Industry Certifications
50.7 Continuing Education Resources
50.8 Community Involvement
50.9 Course Feedback
50.10 Closing Remarks