Billions of mobile apps sit on people's phones holding banking details, health records, and private conversations, which makes them one of the most attractive — and most exposed — targets in cybersecurity today. This Training Course from Arab British Fellowship Training Academy gets participants into the specifics: how mobile apps actually get breached, and what secure coding, encryption, and testing look like in practice on both iOS and Android.

The course moves from identifying common vulnerabilities to hands-on techniques for protecting data at rest, in transit, and during processing, closing with platform-specific defenses and a look at where mobile threats are heading next with AI and 5G.

Learning Outcomes

• Recognize the vulnerabilities and threats specific to mobile application security on iOS and Android.
• Apply secure coding practices to prevent common attacks such as SQL injection and reverse engineering.
• Use static and dynamic analysis tools, including OWASP Mobile Top 10, to find vulnerabilities before attackers do.
• Secure data at rest, in transit, and during processing using encryption and secure protocols.
• Manage security across the full mobile app lifecycle, from development through updates and maintenance.

Who Should Attend?

• Cybersecurity specialists working in mobile app development.
• IT managers responsible for securing mobile applications within their organization.
• Software developers and programmers building and maintaining mobile apps.
• Security engineers focused on mobile applications and related systems.

Module 1: Why Mobile Apps Are a Prime Target

• The mobile threat landscape: malware, network attacks, and data breaches.
• Insecure coding practices and how they create exploitable vulnerabilities.
• The real cost of a breach for users and organizations alike.

Module 2: Finding Vulnerabilities Before Attackers Do

• Static analysis for auditing app code.
• Dynamic testing of app behavior under real conditions.
• Using tools such as OWASP Mobile Top 10 for systematic vulnerability scanning.

Module 3: Protecting Data Wherever It Lives

• Secure storage techniques and encryption for data at rest.
• Securing data in transit with HTTPS and SSL/TLS, including on public Wi-Fi.
• Access control and authentication mechanisms, including two-factor authentication (2FA).

Module 4: Secure Coding and Hardening Techniques

• Front-end and back-end encryption to protect app logic and data.
• Defending against reverse engineering and unauthorized access within the app.
• Secure coding principles to prevent SQL injection and similar attacks.

Module 5: Security Across the App Lifecycle

• Building a comprehensive mobile app security plan from day one.
• Maintaining security through updates, patches, and ongoing maintenance.
• Training development teams on security best practices.

Module 6: Platform-Specific Defenses — iOS and Android

• Security features and permission management within iOS.
• Security measures, app permissions, and malware protection on Android.
• Aligning security techniques across mixed-platform environments.

Module 7: Managing Risk and Preparing for What's Next

• Analyzing cyber risk specific to mobile applications.
• The role of security teams in responding to mobile-targeted attacks.
• Emerging threats: AI-based attacks, 5G, and the growing role of cloud computing in mobile security.