Nyles Durfey
About Nyles Durfey
Nyles Durfey is a Cyber Security Engineer currently employed at Intermountain Health, where he has worked since 2023. He holds a Bachelor of Science in Computer Science from Utah Valley University and has published research on the cybersecurity of autonomous drones.
Work at Intermountain Healthcare
Nyles Durfey has held positions at Intermountain Healthcare since 2021. Initially, he served as a Cybersecurity Associate for two years, where he focused on enhancing network security and protecting personal data. In 2023, he transitioned to the role of Cyber Security Engineer, continuing his work in safeguarding the organization’s digital infrastructure. Throughout his tenure, he has utilized various cybersecurity tools, including Stealthwatch, Arcsight ESM, the Symantec Toolkit, and Proofpoint, to bolster the organization's defenses against cyber threats.
Education and Expertise
Nyles Durfey is pursuing a Bachelor of Science in Computer Science at Utah Valley University, where he has been studying since 2021. His academic background provides him with a solid foundation in computer science principles, which he applies in his cybersecurity roles. His education is complemented by practical experience gained through his work at Intermountain Healthcare, where he develops expertise in various cybersecurity tools and methodologies.
Background
Nyles Durfey began his career in cybersecurity at Intermountain Healthcare, where he gained valuable experience over two years as a Cybersecurity Associate. His transition to Cyber Security Engineer reflects his growth and increasing responsibilities in the field. His work focuses on protecting sensitive information and ensuring the integrity of network systems within a healthcare setting.
Achievements
Nyles Durfey has contributed to the field of cybersecurity through research, notably publishing a paper on the cybersecurity of autonomous drones with the assistance of faculty from Utah Valley University. This research highlights his engagement with current cybersecurity challenges and showcases his ability to contribute to academic discourse in the field.