Mobile Hacking and Security Complete Course: Android & iOS

Built for 2026 and beyond, this course walks you through real-world mobile security testing
techniques used by professional penetration testers and bug bounty hunters. You’ll learn how modern attackers
think, how they target mobile apps, and—most importantly—how to defend and secure them
properly.

🎥 Watch the Mobile Hacking & Security Course Overview

Why Learn Mobile Hacking and Security?

Mobile apps power everything—from banking and shopping to messaging and productivity. This makes
Android and iOS a prime target for attackers. Understanding how mobile apps are tested,
attacked, and secured is now a core skill for:

• Ethical hackers and penetration testers
• Bug bounty hunters
• Security engineers and analysts
• Mobile app developers who care about security

This course focuses on ethical and legal security testing only. All techniques are taught
for learning, practicing in lab environments, and improving the security of real-world apps with proper
authorization.

What You’ll Learn in This Course

The course combines theory, demos, and hands-on labs across both Android and iOS platforms. By the end,
you’ll be able to plan and perform a complete mobile security assessment from start to finish.

• Set up a complete mobile hacking lab for Android and iOS using Kali Linux and virtual environments.
• Perform Android app penetration testing using static and dynamic analysis.
• Reverse engineer APK files with tools such as Apktool, MobSF, and JADX.
• Identify common Android issues: insecure storage, code tampering, weak authentication, and more.
• Understand iOS architecture, sandboxing, and how jailbreaks impact security.
• Analyze iOS apps for insecure communication, data leakage, and crypto weaknesses.
• Use tools like Frida, Burp Suite, Drozer, Objection in real-world test scenarios.
• Apply defensive strategies and secure coding practices to protect apps from attacks.

Course Structure: From Foundations to Advanced Testing

The course is organized into 7 sections and 50 lectures with over
12 hours of content, mixing theory and labs:

• Mobile security theory & real-world case study
• Android and iOS architecture & threat modeling
• Lab setup for Android & iOS testing
• Static analysis of mobile applications
• Dynamic analysis and runtime testing
• Malware, reverse engineering, and behavior analysis
• Secure coding, OWASP MASVS, and app hardening techniques

1. Mobile Security Theory & Attack Surfaces

The journey begins with a strong theoretical foundation. You’ll explore:

• How mobile apps work under the hood (Android & iOS architecture).
• Common attack surfaces: storage, communication, authentication, APIs, and more.
• Real-world case studies where mobile apps were compromised due to misconfigurations or weak security.
• Threat modeling and understanding how attackers select targets and design attack paths.

This high-level view helps you see the big picture before diving into tools and techniques.

2. Setting Up Your Mobile Hacking Lab

Before testing any apps, you need a safe, controlled environment. The course shows, step by step, how to:

• Use Kali Linux as a base platform for mobile security tools.
• Build an Android lab using emulators and real devices (e.g., Android Studio, Genymotion).
• Prepare an iOS testing lab for secure analysis and research.
• Configure proxies and monitoring tools for traffic inspection.

All of this is done in a legal, ethical context so you can practice safely without touching unauthorized systems.

3. Android Security Testing: Static & Dynamic Analysis

Android is the most widely used mobile platform, which makes it a primary target for attackers and a critical
focus for security testers.

You’ll learn how to:

• Understand the Android architecture and app components.
• Inspect APK file structure and configuration files.
• Perform static analysis using tools like MobSF, Apktool, and JADX.
• Perform dynamic analysis, monitoring app behavior at runtime.
• Identify issues such as:
  • Insecure data storage
  • Hardcoded secrets
  • Weak or broken authentication flows
  • Code tampering indicators

The course focuses on understanding where and why vulnerabilities appear so you can test ethically and fix
issues effectively.

4. iOS Security: Architecture, Testing & App Analysis

iOS has a different ecosystem, architecture, and security model. In this section, you explore:

• Core iOS architecture and sandboxing concepts.
• How jailbreaks affect security and why they matter in lab environments.
• Reviewing app configurations, including files like Info.plist.
• Testing for:
  • Insecure communication
  • Data leakage and privacy issues
  • Weak or misused cryptography

The goal is to help you understand how secure iOS apps should behave and what red flags to look for during a
security review.

5. Essential Tools for Mobile App Security Testing

Throughout the course, you get hands-on experience (in a lab) with professional-grade tools used in mobile
penetration testing and security assessments:

• Frida – for runtime instrumentation and behavior analysis.
• Burp Suite – for intercepting, inspecting, and testing HTTP(S) traffic.
• Drozer – for Android security assessments.
• Objection – for runtime mobile app exploration and basic testing.
• MobSF, Apktool, JADX – for static and reverse engineering tasks.

You learn what each tool is for, where it fits in your workflow, and how it supports ethical mobile testing.

6. Malware, Reverse Engineering & Behavior Analysis

A dedicated part of the course covers the fundamentals of mobile malware and
reverse engineering. At a high level, you’ll see:

• Different types of mobile malware and real case examples.
• Basic concepts of reversing mobile binaries and code.
• How suspicious behavior can be detected through analysis, logging, and monitoring.

This knowledge helps you understand how attackers hide malicious logic and how defenders can detect it.

7. Secure Coding, OWASP MASVS & App Hardening

The final modules shift fully into defense and secure development. You will:

• Learn the basics of OWASP MASVS (Mobile Application Security Verification Standard).
• Explore app hardening strategies such as tamper detection and integrity checks at a conceptual level.
• Understand secure storage, secure authentication flows, and safe encryption usage.
• Review case studies showing how secure coding decisions prevented real-world exploits.
• Learn about API hardening to protect backend services accessed by mobile apps.

The focus is always on building apps that are resilient against common attacks instead of
just finding issues.

🎥 Watch the Mobile Hacking & Security Course on YouTube

Watch the full Mobile Hacking and Security Complete Course: Android + iOS

Who Should Take This Mobile Security Course?

This course is ideal for:

• Ethical hackers & penetration testers who want to specialize in mobile security.
• Cybersecurity professionals expanding into mobile app assessments.
• Students preparing for cybersecurity and ethical hacking certifications.
• Developers who want to build more secure Android and iOS applications.

Ethical & Legal Use Only

All techniques in this course must be used responsibly and legally. That means:

• Testing apps and systems you own or are explicitly authorized to assess.
• Using lab environments and simulations for practice.
• Focusing on improving security, not causing harm.

Unauthorized testing or intrusion on systems is illegal and unethical. The course is built to help you become
a defender and ethical professional, not an attacker.

Conclusion: Become a Mobile Security Professional

The Mobile Hacking and Security Complete Course: Android + iOS gives you a complete, practical
path into the world of mobile app security. From lab setup and architecture theory to static/dynamic analysis,
reverse engineering, and secure coding, you gain a full lifecycle view of how mobile apps are tested and secured.

By the end of the course, you will:

• Understand how Android and iOS apps are structured and where they are vulnerable.
• Know how to plan and execute ethical mobile app security tests in a lab environment.
• Be familiar with industry tools like Frida, Burp Suite, Drozer, MobSF, Apktool, and Objection.
• Have a strong foundation in best practices based on OWASP MASVS and secure coding principles.
• Be ready to apply your skills in bug bounty programs, professional pentests, or secure development roles.

If you’re serious about mobile security, this course offers the roadmap you need to grow from
curious learner to confident practitioner—always with an ethical, defense-first mindset.