Mobile Security — mobile app security (iOS and Android): how to learn pentesting with MobSF and Frida on the asibiont.com course

Why Mobile Security is One of the Hottest Specialties of 2026

Mobile applications have become the main interface for interacting with businesses. We pay for purchases, transfer money, store personal data, and manage smart homes through our smartphones. According to the OWASP Mobile Top 10 report (2024), vulnerabilities in mobile applications remain one of the leading causes of data breaches: over 80% of tested commercial applications contain at least one critical vulnerability. The market for mobile security specialists is growing rapidly — vacancies for mobile app pentesters on hh.ru have increased by 40% in the past year, and the average salary for a senior specialist exceeds 350,000 rubles.

The "Mobile Security — mobile app security (iOS and Android)" course on the asibiont.com platform is designed precisely to address this talent shortage. You will learn how to conduct full-fledged pentests of Android and iOS applications using industry-standard tools: MobSF, Frida, Objection, Burp Suite, Drozer, and APKTool. Below, we break down the specific skills you will gain and why AI-based training is the most effective way to enter the profession.

What You Will Learn on the Mobile Security Course

The curriculum is built around practical tasks that security professionals face daily. Here are the key competencies you will master:

1. Mobile Application Pentesting (Android and iOS)

You will learn to identify OWASP Mobile Top 10 vulnerabilities: insecure data storage, weak authentication, unsecured communication channels, injections, and others. The course provides a testing methodology at both the source code level (static analysis) and during runtime (dynamic analysis).

2. Working with MobSF (Mobile Security Framework)

MobSF is an open-source tool for automated static and dynamic analysis of APK and IPA files. You will learn how to upload an application to MobSF, interpret the vulnerability report, find hardcoded keys, unprotected endpoints, and permission issues.

3. Dynamic Analysis with Frida and Objection

Frida is a framework for dynamic instrumentation of applications. With it, you can bypass SSL pinning, intercept and modify traffic in real time, and bypass root detection. Objection simplifies working with Frida by providing ready-made commands for common pentesting tasks. During the course, you will practically configure HTTPS traffic interception and bypass debugging protections in a real application.

4. Traffic Analysis and Working with Burp Suite

Burp Suite is the standard for intercepting and analyzing HTTP/HTTPS traffic. You will learn how to set up a proxy on a mobile device, intercept requests, modify them, and analyze API calls. This is critical for identifying vulnerabilities in authentication and authorization.

5. Decompilation and Reverse Engineering of APK/IPA

Using APKTool, jadx, and other tools, you will learn how to decompile Android applications, analyze the manifest, resource mapping, and bytecode. For iOS, you will explore IPA files, analyze Mach-O binaries, and plist configurations.

6. Mobile Application Protection

The course is not only about hacking but also about protection. You will learn how to configure SSL pinning, code obfuscation, secure local storage (EncryptedSharedPreferences, Keychain), implement secure authentication (OAuth2, biometrics), and protect APIs from abuse.

Who This Course is For

How Training Works on asibiont.com: Personalization Based on AI

Traditional online courses often suffer from "fluff" and a disconnect from the student's actual level. On the asibiont.com platform, this problem is solved in a fundamentally different way.

AI-generated personalized lessons. After registration, you take a short introductory test that determines your current level — from beginner to experienced developer. Based on this information, the neural network dynamically forms a program: if you are already familiar with the basics of HTTP and Android development, theory lessons will be shorter, and there will be more practical tasks. If you are starting from scratch, the AI will explain key concepts in simple language with real-world examples.

Text-based format with 24/7 access. All lessons are presented as structured text with code, diagrams, and links to documentation. This allows you to learn at your own pace — re-read difficult parts, revisit past material, and study even on the subway or during a work break. There is no fixed schedule: you can complete the course in a month or three — the AI will adapt to your schedule.

Practical assignments with feedback. Each module ends with a task that you must complete in a real environment (on an emulator or physical device). For example: "Set up MobSF to analyze an APK file, find a hardcoded API key, and describe the exploitation steps." The AI system analyzes your response, provides feedback, and directs you to additional materials if necessary.

Why AI Learning is Not Hype, But a Necessity

In 2026, the knowledge market changes so quickly that static courses become outdated in six months. AI platforms like asibiont.com solve this problem in two ways:

1. Adaptation to your level. In a group of 100 students, each receives a unique trajectory. One quickly passes basic static analysis and dives deeper into Frida, another spends more time on setting up Burp Suite. The neural network does not produce a "one-size-fits-all" average.

2. Dynamic content updates. If OWASP releases a new version of the Mobile Top 10 or a new version of MobSF comes out, the AI system updates the relevant lessons, adding new examples and vulnerabilities. You always learn from up-to-date material.

3. Clarity of explanation. Complex concepts like reverse engineering dex files or bypassing root detection are broken down by the AI with analogies and step-by-step instructions. You won't get stuck on "What is SSL pinning?" — the system will find the right words.

Real Example from the Course

Imagine: you are testing a banking application. Your task is to check if traffic between the application and the server can be intercepted. On the course, you will:

1. Install the APK on an Android emulator.
2. Upload it to MobSF — receive a report on potential vulnerabilities.
3. Set up Burp Suite as a proxy, install the certificate on the device.
4. See that traffic cannot be intercepted — SSL pinning is enabled.
5. Use a Frida script to bypass pinning: frida -U -f com.example.bank -l ssl_bypass.js.
6. After bypassing, intercept requests and find that the authentication token is transmitted in a GET parameter — a critical vulnerability.

These are exactly the scenarios you will practice on the course. No abstract theory — only what is needed in real work.

Conclusion: Your Next Step in Your Career

Mobile Security is not just a sought-after niche; it is an area where the shortage of specialists is only growing. Companies are willing to pay high salaries to those who can find and fix vulnerabilities in mobile applications. The "Mobile Security — mobile app security (iOS and Android)" course on asibiont.com gives you exactly those skills — with an emphasis on practice, modern tools, and a personalized approach.

Start training today: the neural network will tailor the program to your level, and access to materials is available 24/7. Visit the course page and take the first step toward a profession that will be in demand for years to come.

P.S. All tools used in the course (MobSF, Frida, Objection, Burp Suite, Drozer, APKTool) are open-source or have free versions. No pirated software — only legal and widely used industry solutions.