Publications

Explore the differences between Code Contracts and input validation and their roles in building reliable and secure software. Discover how these approaches handle assumptions, enforce application requirements, and help developers prevent unexpected behavior and potential vulnerabilities.

Explore Content Security Policy (CSP) validation and its role in strengthening web application security. Discover how validating CSP configurations can help identify weaknesses, prevent common web-based attacks, and ensure security policies provide effective protection.

Learn how HTTP security headers help protect web applications against common attacks and security risks. Explore important headers, their purpose, and how proper configuration can strengthen the security of modern websites and applications.

Explore the different types of dark data and the hidden cybersecurity risks they can introduce within organizations. Discover how unmanaged, forgotten, or unstructured data can expand the attack surface and why effective data management is essential for reducing security risks.

Explore the role of security standards in software development and how they help organizations build more secure and reliable applications. Discover key practices and guidelines for integrating security throughout the development lifecycle and reducing potential software vulnerabilities.

This research explores the integration of Augmented Reality (AR) into modern educational environments through the development of a didactical model tailored to the needs of the digital generation. The study contributes to educational innovation by proposing a structured approach to incorporating immersive technologies into teaching and learning processes. It highlights the potential of AR to enhance student engagement, interactive learning, and knowledge acquisition while supporting the digital transformation of education.

This research analyzes the significance of 3D modelling concepts and their potential integration into technological education. The study contributes to educational methodology by examining how three-dimensional visualization and modelling techniques can support the development of spatial thinking, creativity, and practical technological competencies. It explores opportunities for incorporating 3D modelling into teaching practices, highlighting its potential to enhance student engagement, strengthen the connection between theoretical knowledge and practical applications, and support innovative, technology-enhanced learning environments.

This research explores the potential of Augmented Reality (AR) as a motivational tool in education, examining its role in enhancing student engagement, interest, and active participation in the learning process. The study contributes to educational research by investigating how immersive and interactive technologies can support knowledge acquisition, stimulate curiosity, and encourage more effective learning experiences. It highlights the educational potential of AR in creating dynamic, student-centered learning environments and fostering motivation through innovative teaching approaches.

This research examines the role of innovative technologies as a motivational mechanism in higher education, exploring their potential to enhance student engagement, participation, and learning outcomes. The study contributes to educational research by investigating how technology-enhanced teaching approaches can stimulate students' interest, encourage active learning, and foster the development of digital competencies. It highlights the importance of integrating modern educational technologies into pedagogical practices to create more interactive, motivating, and effective learning environments.