About the Customer
Our customer is a well-known university in KSA that operates several digital platforms supporting students, faculty, and administrative staff. These platforms include internal systems, student portals, and web applications that play an important role in the university’s daily operations.
To support and maintain these systems, the university has a development team of eight developers responsible for building and maintaining web applications used across different departments.
As the university continued to expand its digital services, strengthening secure coding practices within the development team became a key priority to ensure the security and reliability of their applications.
Challenges
The university faced several challenges when trying to improve the team’s secure coding practices:
- Limited practical security training: Developers had basic awareness of security concepts but lacked hands-on experience with real vulnerabilities.
- Traditional training was ineffective: Previous training relied on slides and theoretical explanations, which did not translate well into real coding practices.
- Difficulty simulating real-world attacks: The university lacked an environment where developers could safely experiment with vulnerabilities and exploits.
The university needed a solution that would teach developers security by doing, not just by learning theory.
Solution
The university used Simulations Labs to host a secure coding simulation program for their development team.
Using the platform, the team created a series of hands-on security challenges focused on common application vulnerabilities, including:
- SQL Injection
- Cross-Site Scripting (XSS)
- Authentication and session weaknesses
- Input validation issues
Developers accessed the simulations through a dedicated training environment, where they could:
- Interact with vulnerable applications
- Exploit vulnerabilities to understand how attacks work
- Analyze code to identify security flaws
- Apply fixes to secure the application
The simulations were delivered as interactive exercises, allowing the team to practice in realistic scenarios similar to issues they might encounter in production systems.
Managers were able to track participation and progress, ensuring all developers completed the exercises.
Outcome
After completing the simulations program, the development team demonstrated noticeable improvements in their security awareness and coding practices.
Key outcomes included:
- Stronger understanding of common vulnerabilities and how they appear in real code
- Improved ability to identify security risks early in the development process
- Greater confidence in writing secure code
- More collaboration between developers and security teams
By learning through hands-on simulations, the team was able to bridge the gap between theory and real-world application security, making secure coding a more natural part of their development workflow.
