Windows Security Engineer

As a Windows Security Engineer at OpenAI, your primary role will be to implement and maintain a robust Windows security infrastructure. You'll lead the strategy for our security stack, oversee threat-modeling initiatives to bolster our security protocols, and collaborate with other teams to integrate best practices into both systems and software development. Additionally, you will continuously improve security telemetry and manage access policies to protect the integrity of our systems.

Candidates for the Windows Security Engineer role at OpenAI should have a minimum of 5 years of hands-on experience in Windows security, including expertise in managing Microsoft Active Directory and Azure Active Directory. You will need to exhibit strong skills in Windows administration and security hardening, as well as proficiency in Powershell and other scripting languages. Knowledge of advanced security features and modern adversary tactics will also be essential to thrive in this role.

At OpenAI, collaboration is a core value. As a Windows Security Engineer, you will work closely with our Security and IT teams, as well as Windows-facing product teams. This synergistic approach ensures that security considerations are integrated at every level of system design and implementation. We believe that the best security practices emerge from diverse perspectives and collaborative efforts across departments.

A Windows Security Engineer at OpenAI should be well-versed in deploying and managing security solutions like Endpoint Detection and Response (EDR) tools and Windows Event Forwarding. Familiarity with configuration management, credential protection methods, and cloud service providers, particularly Microsoft Azure, will be beneficial. Additionally, expertise with powershell scripting and configuration as code practices will play a key role in optimizing security measures.

The work culture at OpenAI is dynamic and supportive, with a strong emphasis on continuous growth and collaboration. Windows Security Engineers are encouraged to propose innovative solutions, conduct research on adversary tactics, and contribute to improving our Windows environment's security features. We foster an inclusive atmosphere where diverse voices and perspectives are valued, enabling our team members to thrive in their roles.

When answering this question, provide specific examples of the security hardening techniques you have implemented in previous roles. Discuss tools and practices such as minimizing attack surfaces, managing application permissions, and deploying essential security patches regularly.

In responding to this question, highlight your systematic approach toward identifying and assessing potential threats in a Windows environment. Discuss how you prioritize threats, utilize frameworks like STRIDE, and collaborate with various teams to mitigate risks.

A suitable response would include examples of how you've managed and implemented security policies within Azure Active Directory. Discuss your experience with Conditional Access policies and how they play a role in overall security strategy.

Provide a narrative about a specific incident involving Windows security that required innovative problem-solving. Emphasize your assessment of the situation, the steps taken to resolve the issue, and the outcome, showing how you learned from the experience to improve future security measures.

Discuss the resources you utilize to remain informed about Windows security threats, like blogs, forums, and industry publications. Mention participation in relevant courses or conferences, and describe how you share this knowledge to enhance team awareness.

Share your opinion on critical security tools like EDR solutions, patch management systems, and monitoring tools. Highlight your experiences deploying these tools and how they have enhanced security in previous roles.

Emphasize the balance between security and usability. Discuss techniques like implementing user-friendly security features, conducting training sessions, and gathering feedback from employees to create a more seamless experience while ensuring data and technology remain secure.

Provide examples of scripts written in Powershell or other languages that automated processes such as log collection, system updates, or incident responses. This shows your practical skills in enhancing efficiency in security management.

Discuss your methodology for reviewing telemetry data, assessing its relevance, and determining if sufficient coverage exists for all endpoints. Also, share any experience with tools that monitor security alerts and how you leverage this data for continuous improvement.

Describe your experience implementing passwordless authentication in previous organizations. Discuss the technologies used, the challenges faced, and the benefits realized, emphasizing user acceptance and improved security.