Defensive Cyber Operations Engineering Intern

As a Defensive Cyber Operations Engineering Intern at Okta, you will engage in a variety of responsibilities including researching cybersecurity threats, developing custom detections to enhance our security measures, and investigating anomalies within our systems. This internship will afford you hands-on experience in security detection and response, significantly contributing to Okta’s mission of providing safe identity solutions.

To apply for the Defensive Cyber Operations Engineering Intern position at Okta, you should be pursuing a BS in Information Systems, MIS, or a related field, graduating between December 2025 and June 2026. An eagerness to understand information security with a focus on areas like Detection Engineering and Cyber Response is essential. Familiarity with cloud computing, SaaS applications, modern operating systems, and basic programming skills (Python, SQL, or Splunk) will also enhance your candidacy.

As an intern at Okta, you're in for a rewarding experience! You’ll work on impactful projects that provide real-world skills in the cybersecurity field. Expect to receive mentorship from experienced professionals, attend engaging events like the Executive Speaker Series, and enjoy a vibrant workplace community. This internship not only offers professional growth but encourages fun and collaboration, making your time with us unforgettable.

The Defensive Cyber Operations Engineering Internship at Okta is a hybrid position. You’ll have the flexibility to work both from home and in the office located in Dublin, Ireland, depending on your team's needs and priorities. This balance allows you to adapt your working style while still being an integral part of the team.

Interns at Okta can expect a wide range of benefits! You'll gain hands-on experience, participate in networking events, have access to professional development initiatives, and be supported by a mentoring program. Additionally, Okta is committed to diversity, equity, and inclusion, ensuring a welcoming environment for everyone. The internship also provides opportunities for significant social impact while working with cutting-edge technology.

When answering this question, reflect on your passion for technology and security. Discuss specific instances that sparked your interest in defensive strategies, and show your enthusiasm for learning how to protect systems from complex threats.

In response to this question, emphasize your methodical approach. Start by identifying credible sources of information, then analyze the threat's potential impact on systems, and outline how you'd leverage this knowledge to assist in developing detection mechanisms.

Highlight any relevant courses, projects, or experiences involving languages like Python or SQL. Reference specific examples of how you utilized these skills to solve problems or improve projects, as this demonstrates your practical expertise.

When providing your answer, outline a clear process: verify the anomaly, assess its potential impact, document your findings, and communicate immediately with your supervisor or a team member while remaining calm and analytical.

Discuss your knowledge of SOCs as central units that monitor, detect, respond to, and mitigate security threats continuously. Highlight how SOCs utilize various tools and technologies for real-time analysis and incident response.

Share specific resources you utilize, such as cybersecurity blogs, forums, or industry news outlets. Mention any active participation in relevant discussions or learning groups, emphasizing your commitment to continuous learning.

Use the STAR (Situation, Task, Action, Result) method to describe a past experience. Focus on how your approach to problem-solving can apply to the tasks you might encounter during your internship, showcasing your analytical skills.

Discuss qualities such as collaboration, strong communication, diverse skill sets, and a proactive mindset as essential for a successful team. Explain how these traits contribute to effective threat detection and response efforts.

Mention tools you've worked with, such as SIEM solutions, vulnerability scanners, or specific programming languages. Relate your experience to how these tools can help in threat detection and incident response.

Be prepared to discuss challenges such as the increasing sophistication of cyber-attacks, the skills gap in the industry, and the need for greater collaboration among organizations. Show your awareness of the dynamic nature of the field and express your eagerness to contribute to overcoming these obstacles.