A single unvalidated input field is often all it takes for an attacker to walk straight into a database, hijack a user's session, or plant malicious code inside a page thousands of people visit every day. Most breaches of web applications do not come from exotic zero-days – they come from ordinary coding shortcuts around input handling, authentication, and data storage. This Secure Web Application Programming Training Course, delivered by the Arab British Fellowship Training Academy, takes developers through the mindset and the techniques needed to close those gaps before attackers find them.

Rather than treating security as a checklist added at the end of a project, the course shows participants how to bake protection into every layer of the application – from the first line of input-handling code to the frameworks, APIs, and mobile clients that consume it. By the end, participants will be able to recognize where an application is exposed and apply the right defense at the right layer.

Learning Outcomes

• Recognize the coding shortcuts that most commonly open the door to attackers, and how to avoid them from the design stage onward.
• Apply secure input handling and sanitization techniques that stop injection-style attacks before they reach application logic.
• Protect stored and transmitted data using encryption, secure password storage, and hardened session management.
• Defend applications against SQL Injection, Cross-Site Scripting, and Cross-Site Request Forgery using modern, tested techniques.
• Configure frameworks, APIs, and authentication flows securely, and integrate security testing into the development lifecycle.

Who Should Attend?

• Web application developers looking to enhance their skills in secure programming.
• Software engineers wanting to learn how to build secure web applications.
• IT security professionals seeking to learn secure web programming techniques.
• Software development teams looking to improve the security of their web applications.
• Programming experts aiming to deepen their knowledge of web application security.

Module 1: How Web Applications Actually Get Breached

• Comparing traditional versus secure programming mindsets.
• The most common attack types facing web applications, including SQL Injection and Cross-Site Scripting (XSS).
• Why applications that skip security reviews carry hidden risk.

Module 2: Designing Applications to Be Secure From Day One

• Core security principles to bake in during the design phase, not after launch.
• Risk analysis and prioritizing security across the development lifecycle.
• Using secure review and verification techniques while coding, not just before release.

Module 3: Locking Down Every Input the Application Accepts

• Handling user input securely and sanitizing it to block SQL Injection and XSS.
• Validating inputs to prevent exploitation of hidden vulnerabilities.
• Input-testing tools such as OWASP ZAP and Burp Suite, and how to embed them in the development process.

Module 4: Protecting Data at Rest, In Transit, and In Session

• Encrypting stored and transmitted data, including HTTPS configuration for secure transmission.
• Storing passwords safely using hashing and salting, plus enabling two-factor authentication (2FA).
• Securing session data and cookies with SameSite and HttpOnly attributes.

Module 5: Neutralizing SQL Injection, XSS, and CSRF

• How SQL Injection occurs and prevention through Prepared Statements and ORMs.
• The three types of XSS (Reflected, Stored, DOM-based) and mitigation via Output Encoding and Content Security Policy (CSP).
• Understanding CSRF and stopping it with Anti-CSRF Tokens.

Module 6: Securing Frameworks and Authentication Flows

• Reviewing frameworks such as Django and Ruby on Rails from a security lens, and configuring them safely.
• Securing multi-party operations using modern authentication methods such as OAuth and OpenID.
• Running framework-level security tests, including tools like OWASP Dependency-Check and regular penetration testing.

Module 7: Extending Protection to APIs and Mobile Clients

• Addressing API-specific risks with OAuth and JWT, and preventing rate-limiting and authentication failures.
• Managing permissions with the principle of Least Privilege, monitored through API Gateways and continuous traffic analysis.
• Applying mobile-specific security testing and access-control checks for apps built on these APIs.

Module 8: Keeping Applications Secure After Launch

• Integrating security analysis tools and cloud-based scanners such as Snyk and WhiteSource into CI/CD pipelines.
• Rapid patching workflows for newly discovered vulnerabilities.
• Building the habit of regular updates and continuous monitoring as part of the team's culture.