Most security breaches do not start with a sophisticated hack — they start with a line of code that was never checked against a known vulnerability. As applications carry more sensitive data than ever, writing secure code has become as important to European compliance as any firewall or network control.

The Secure Software Development for European Markets course by Arab British Fellowship Training Academy is built for developers and security professionals who want to embed security into every stage of the software lifecycle, in line with regulations such as GDPR and the NIS Directive.

Who Should Attend?

• Software developers and cybersecurity engineers.
• IT security managers and data protection or compliance specialists.
• Digital security professionals working in programming environments.
• Anyone responsible for securing applications and software systems.

Knowledge and Benefits

• Learn the fundamentals of application security under European standards.
• Understand and manage the security risks tied to software development.
• Apply secure programming best practices throughout the development lifecycle.
• Implement GDPR- and NIS-aligned practices in programming environments.
• Use vulnerability analysis techniques to find and fix weaknesses early.

Module 1: Why Secure Code Is a Compliance Issue, Not Just a Technical One

• What sets application security apart, and the role secure programming plays in preventing attacks.
• How GDPR and the NIS Directive shape the way EU applications must be built and defended.
• Common software threats: SQL injection, XSS, and cloud-specific escalation risks.

Module 2: Writing and Validating Secure Code

• Secure coding fundamentals, code auditing, and protection techniques like encryption.
• Input validation and filtering to block injection-style attacks.
• Embedding security checkpoints across the software development lifecycle.

Module 3: Testing and Tooling — Catching Vulnerabilities Before Launch

• Static and dynamic analysis tools, including OWASP ZAP and Burp Suite.
• Penetration testing and how to act on the findings.
• Patching and fixing discovered vulnerabilities quickly and consistently.

Module 4: Designing for Security — Architecture, Data, and Access

• Secure-by-design architecture, least privilege, and data protection in processing and storage.
• Identity and access management, including MFA, for controlling who reaches the application.

Module 5: Cloud Risks, AI Defenses, and What's Next

• Application security challenges specific to cloud environments, including insider threats.
• Using AI and machine learning to detect threats and automate defenses.
• Advanced persistent threats and staying current as European regulations evolve.