Senior Site Reliability Engineer

As a Senior Site Reliability Engineer at CyberArk, your key responsibilities will include managing AWS infrastructure components such as VPCs, EC2, and S3. You will automate the deployment and management of cloud-based infrastructure and collaborate with configuration tools like Terraform and Ansible. Additionally, you will implement cloud-based monitoring and alerting solutions and develop tools to enhance team productivity and system reliability.

To become a Senior Site Reliability Engineer at CyberArk, you need a B.S. in Computer Science or equivalent experience, along with a minimum of 2 years managing AWS infrastructure and at least 5 years in systems engineering and software development. A solid understanding of containerization technologies like Docker, configuration management tools, and a strong programming background in languages such as C#, C++, Java, or Python is also required.

A Senior Site Reliability Engineer at CyberArk should possess a strong familiarity with AWS infrastructure, particularly VPC, EC2, and EKS. You will also work with configuration management tools such as Terraform and Ansible. Understanding open-source tools like Grafana, ELK stack, and experience with containerization using Docker will significantly enhance your capability in this role.

At CyberArk, the work environment for a Senior Site Reliability Engineer is collaborative and innovative. You'll be part of a team that prioritizes creativity in problem-solving while allowing for professional growth. The company values relationships, and you’ll find yourself working with enthusiastic colleagues who are passionate about technology and security.

The salary range for a Senior Site Reliability Engineer at CyberArk typically falls between $119,000 and $165,000 per year. In addition to this competitive base salary, you may also receive commissions or discretionary bonuses based on your performance, along with a comprehensive benefits package.

When answering this question, highlight specific projects you've worked on involving AWS services. Discuss your familiarity with core components like EC2, VPC, and S3, and how you’ve utilized these services to optimize application performance and reliability.

Outline your methodical approach to incident management. Mention using monitoring tools to detect issues, your process for triaging incidents, and how you communicate with stakeholders during and after the incident to ensure resolution and learning.

Discuss strategies such as using redundancy, load balancers, automated backups, and geographic distribution of resources. Be sure to touch upon leveraging tools like CloudFormation and Terraform for infrastructure as code to enhance availability.

Share a concise story about a complex technical issue you faced, your analysis, the actions you took, and the resulting outcome. Emphasize your problem-solving skills and the importance of collaboration if applicable.

Detail your hands-on experience with monitoring tools. Discuss how you've set them up, configured alerts, and used them to improve system reliability and performance. Include specific metrics you tracked and how they drove your decisions.

Talk about your understanding of security best practices and how you incorporate them during the design phase. Mention compliance frameworks you might be familiar with and any tools you use to enforce these policies.

List the programming languages you're proficient in, such as Python, C#, or Java. Share examples of how you've automated tasks, developed tools, or implemented unique solutions using these languages.

Express your commitment to continuous learning by mentioning conferences, webinars, blogs, and communities you're part of. This demonstrates your proactive approach to staying informed about industry advancements.

Discuss specific tools you've used to implement CI/CD pipelines, the benefits you've witnessed, and any obstacles you've overcome to enhance the process within your team or organization.

Outline your systematic troubleshooting process, emphasizing your analytical skills. Mention how you utilize logs and monitoring tools to identify the root cause and effectively resolve the issue at hand.