Security DevOps Engineer

As a Security DevOps Engineer at Moloco, you will play a pivotal role in integrating security across our DevOps workflows. Your responsibilities include automating security testing within our CI/CD pipelines, managing threat detection and vulnerability responses, and implementing security controls across cloud environments. You'll work actively to ensure compliance with standards such as SOC 2 and GDPR, ultimately enhancing our systems' resilience as we grow.

To qualify for the Security DevOps Engineer role at Moloco, candidates should have at least 3 years of experience in a similar position with a solid foundation in CI/CD, automation, and cloud infrastructure. A strong understanding of cloud security principles (AWS, GCP, or Azure) is essential, along with hands-on experience in securing CI/CD pipelines and container security. Candidates should be proficient in scripting languages and familiar with infrastructure-as-code security tools.

Preferred skills for the Security DevOps Engineer role at Moloco include familiarity with compliance frameworks (such as SOC 2 and ISO 27001), experience in security monitoring, and a background in incident response. Knowledge in using SIEM or EDR tools, along with understanding zero-trust networking concepts, will enhance your fit for the role. An ability to perform threat modeling and risk assessments will also be beneficial.

At Moloco, we believe in empowering our employees to do the best work of their careers. We provide a competitive benefits package that includes health, wellness, and family support initiatives. With flexible remote work options and a commitment to creating conditions where you can thrive, we’re focused on ensuring our Security DevOps Engineers feel valued and supported in their professional journeys.

Moloco values a diverse workforce and prioritizes a culture of inclusion and belonging within its Security DevOps Engineering team. We aim to create an environment where every voice is respected and encouraged, fostering collaboration and growth. We believe that the contributions from diverse backgrounds and perspectives are essential to our success and innovation.

To effectively integrate security into DevOps processes, begin by embedding automated security checks, such as SAST and DAST, within the CI/CD pipeline. Engage with developers early to identify potential risks and create security policies that are both practical and enforceable. Regular training and updates on new security threats can also foster a security-first mindset across the development teams.

Discuss your practical experience with cloud security by highlighting specific platforms you've worked with, such as AWS, GCP, or Azure. Mention any tools you’ve utilized for securing CI/CD pipelines, like GitHub Actions or Jenkins, and describe past projects where you automated security testing to identify vulnerabilities during the development phases. Providing examples will demonstrate your hands-on knowledge.

Explain that your approach to vulnerability management starts with conducting regular scans using automated tools for early detection. You can discuss the importance of risk prioritization based on potential impacts and your methodology for collaborating with developers to remediate vulnerabilities efficiently, ensuring strong communication and documentation throughout the process.

Mention any scripting languages you are proficient in, such as Python or Bash, and how you’ve applied them to automate security tasks, streamline processes, or enforce policy compliance in previous roles. Frame your answer by sharing examples where your scripting efforts improved efficiency or enhanced security postures.

Explain your strategies for staying informed on security threats and trends, such as subscribing to news outlets, following cybersecurity blogs, participating in webinars, or being part of professional security organizations. Mention specific resources or communities you engage with to continuously learn and adapt your practices.

Discuss your involvement in developing and implementing incident response plans, including creating incident response playbooks that outline actions to take during various scenarios. Provide insights into how you've simulated incidents to test readiness and your role in post-incident reviews to improve processes and prevent future occurrences.

Lead into this question by mentioning some industry-standard tools for container security, such as Aqua Security, Twistlock, or Clair. Share your experience with these tools and how utilizing them has effectively minimized vulnerabilities in containerized environments and enhanced application security during the development lifecycle.

Ensure compliance within the DevOps lifecycle by embedding compliance checks at every stage of development. Discuss how automation tools can facilitate adherence to standards such as SOC 2 or GDPR by providing continuous monitoring and reporting. Highlight your experience in working closely with compliance teams to validate that security controls are implemented correctly and effectively.

To secure an Infrastructure as Code (IaC) deployment, begin with validating code through automated tools for syntax and security checks. Discuss implementing role-based access controls, ensuring secrets management, and executing vulnerability scans on the infrastructure before deployment. Mention the importance of maintaining version control to track changes and enforce approvals.

Collaboration is vital in a Security DevOps Engineer role because security is a shared responsibility among all team members. Stress the importance of continuous dialogue between development, operations, and security teams to build a culture of security-first thinking. Emphasize how collaborating early in the development cycle promotes better outcomes and strengthens overall security posture.