The principles of science are intricately interwoven with the field of cybersecurity, forming the Basis for developing, comprehending, and safeguarding digital systems and information. Empirical observation and experimentation, core tenets of science, manifest in cybersecurity through constantly monitoring network activities and using testing tools to uncover vulnerabilities. Similarly, as in scientific hypothesis testing, cybersecurity professionals formulate hypotheses about security incidents and employ forensic analysis and investigations to confirm or refute them. Data analysis, a central aspect of scientific examination, plays an equally vital role in cybersecurity by discerning patterns in malicious behavior and guiding security decisions through data-driven analytics. Moreover, theories and models in cybersecurity, akin to scientific theories, explain the mechanics of cyber threats, guiding the development of security strategies. In the ever-evolving field of cybersecurity, principles of continuous improvement, peer review, predictive modeling, and ethical conduct echo those in science, shaping practices that safeguard digital landscapes. Lastly, the interdisciplinary nature of both disciplines emphasizes the necessity of drawing from various fields to comprehensively address cyber threats, stressing the parallels between the principles of science and the pursuit of cyber resilience.