In today's digital world, applications have become a fundamental part of business infrastructure, making securing them crucial to protect data and safeguard against potential threats. In line with European standards, such as the General Data Protection Regulation (GDPR) and the NIS Directive, European institutions are committed to applying the highest levels of security to protect applications and software systems. This course aims to equip participants with the knowledge and skills necessary to secure applications in accordance with European standards and achieve optimal security in the software development process.

The European Application Security and Programming course, offered by The British Academy for Training and Development, is the perfect opportunity for software development and cybersecurity professionals to learn the latest security techniques and software used to prevent vulnerabilities and cyberattacks. Participants will learn how to develop secure applications and integrate security practices throughout the programming lifecycle.

Who Should Attend?

• Software developers.
• Cybersecurity engineers.
• IT security managers.
• Data protection and compliance specialists.
• Digital security professionals working in programming environments.
• Any professional responsible for securing applications and software systems.

Knowledge and Benefits:

After completing the program, participants will be able to master the following:

• Learn the fundamentals of securing applications according to European standards.
• Understand the security risks associated with software development and how to manage them.
• Learn how to implement best practices in secure programming.
• Gain expertise in applying European regulations like GDPR and NIS in programming environments.
• Understand how to integrate security early in the software development lifecycle.
• Learn techniques for vulnerability analysis and how to address them.

• Basic Concepts in Application Security

  • Defining application security and its impact on cybersecurity.
  • Differences between traditional security and application security.
  • The role of secure programming in preventing cyberattacks.

• European Regulations on Application Security

  • Impact of GDPR on application security and user data.
  • Understanding NIS Directive and its effect on application protection in the EU.
  • Practices followed in the EU to ensure compliance.

• Security Threats in Software Applications

  • Common software vulnerabilities like SQL injection and XSS.
  • Threats related to escalation and infiltration in cloud applications.
  • The impact of cyberattacks on application performance and data security.

• Best Practices in Secure Programming

  • Writing secure code: fundamentals and tools.
  • Protection techniques like encryption and secure password practices.
  • Code auditing for vulnerabilities and risk analysis.

• Input Validation and Filtering

  • Preventing SQL injection attacks.
  • Data validation and filtering techniques.
  • Using advanced validation methods such as input validation.

• Integrating Security During Development

  • Incorporating security in the Software Development Life Cycle (SDLC).
  • Validating software security during different phases of development.
  • Using automated security testing tools to discover vulnerabilities.

• Security Tools for Protecting Applications

  • Tools like Static Analysis and Dynamic Analysis for identifying vulnerabilities.
  • Open-source security tools such as OWASP ZAP and Burp Suite.
  • Integrating security tools in cloud development environments.

• Designing Secure Application Architecture

  • Designing applications with security in mind from the outset.
  • Separation of sensitive functions and applying the principle of least privilege.
  • Implementing Identity and Access Management (IAM) strategies.

• Data Security in Software Applications

  • Securing data during processing and storage.
  • The importance of encryption and securing sensitive data.
  • Advanced encryption tools and techniques for data protection.

• Static and Dynamic Analysis Techniques

  • Examining source code for vulnerabilities using static analysis tools.
  • Testing applications in dynamic environments to discover security issues.
  • Security testing tools for runtime vulnerability detection.

• Penetration Testing for Application Security

  • Using penetration testing tools such as OWASP ZAP.
  • Techniques for testing applications to uncover weaknesses.
  • Analyzing penetration testing reports and their impact on security.

• Mitigating Discovered Vulnerabilities

  • How to manage and fix security vulnerabilities effectively.
  • Rapid patching and updating practices.
  • Regular patching practices to strengthen security.

• Application Security in Cloud Environments

  • Security challenges in cloud-based applications.
  • Securing applications that rely on cloud services.
  • Techniques for protecting data in the cloud.

• Identity and Access Management in Applications

  • Implementing IAM policies (Identity and Access Management).
  • Multi-Factor Authentication (MFA) strategies.
  • Securing access to applications through external networks.

• Cloud Computing Threats and Mitigation

  • Understanding threats such as Insider Threats and Data Breaches.
  • Risk reduction strategies in cloud environments.
  • Security practices for public and private cloud environments.

• Artificial Intelligence in Application Security

  • Using AI to detect application threats.
  • Integrating machine learning for behavior analysis and vulnerability detection.
  • Applications of AI in automating security processes.

• Advanced Threats and How to Counter Them

  • Securing applications against advanced threats like Advanced Persistent Threats (APT).
  • Defending against ongoing cyberattacks.
  • The role of behavioral analysis in counteracting advanced threats.

• Future-Proofing Application Security

  • Continuous improvement in application security practices.
  • Keeping up with changes in European regulations and standards.
  • Applying new tools and technologies for sustained security enhancement.