Computational Design Science for Cybersecurity

Project Overview

This research project established novel computational design science methodologies specifically tailored for cybersecurity research. The framework provides systematic approaches for designing, developing, and evaluating security artifacts while maintaining rigorous academic standards.

Research Framework

• Artifact Design: Systematic approach to designing cybersecurity solutions
• Evaluation Methods: Novel methodologies for assessing security artifact effectiveness
• Validation Techniques: Rigorous validation procedures for security research
• Computational Integration: Leveraging computational methods in design science

Key Contributions

• Methodological Innovation: Developed new design science approaches for security domains
• Artifact Taxonomy: Created classification systems for cybersecurity artifacts
• Evaluation Metrics: Established comprehensive evaluation frameworks
• Computational Tools: Built software tools supporting design science research

Academic Impact

• Published in Journal of Management Information Systems
• Influenced research methodology in cybersecurity
• Adopted by multiple research institutions
• Generated new research directions in the field

Applications

• Threat intelligence systems design
• Security tool development and evaluation
• Risk management framework design
• Security policy and procedure development
• Educational artifact creation for security training