Senior Product Security Engineer

As a Senior Product Security Engineer at Kin, your role encompasses designing and implementing security solutions across our cloud infrastructure, applications, and data protection. You will partner with various teams to integrate secure software development practices and lead architecture reviews to assess security risks. You will also monitor emerging threats and optimize the use of GitHub Advanced Security to ensure our systems are robust.

To qualify for the Senior Product Security Engineer position at Kin, you should have more than five years of experience in security engineering, cloud security, or DevSecOps. Strong expertise in AWS security, Terraform, and CI/CD pipelines is essential. Additionally, having a proficiency in programming, familiarity with security frameworks, and relevant experience in threat modeling will bolster your application.

At Kin, promoting a security-first mindset is integral to our culture. As a Senior Product Security Engineer, you will act as a Security Champion, advocating for security best practices across all teams and embedding security into day-to-day operations. This collaborative approach helps ensure that everyone prioritizes security and incorporates best practices into their roles.

In your role as a Senior Product Security Engineer at Kin, you will work with tools such as GitHub Advanced Security for secret scanning, dependency monitoring, and code scanning. Familiarity with Docker, Kubernetes, and AWS security controls will also be beneficial. Your experience with CI/CD tools and automation will enhance security across development processes.

A Senior Product Security Engineer can significantly influence Kin's security posture by designing secure architectures and implementing necessary security controls. By mentoring other engineers, driving threat modeling sessions, and overseeing vulnerability management, you will help cultivate a proactive security environment that protects our members' information.

When answering this question, provide specific examples that highlight your expertise in cloud security, particularly in AWS. Discuss any projects where you designed security architectures and mention the tools you used, such as Terraform or IAM roles, to illustrate your hands-on experience.

Discuss your approach to threat modeling, including frameworks or methodologies like STRIDE or PASTA. Share how you collaborate with teams to identify potential threats during the software development lifecycle and how you prioritize these threats based on risk.

Explain your strategies for integrating security within DevOps, including how you advocate for DevSecOps practices and build security checks into CI/CD pipelines. Highlight your experience ensuring code repositories are secure and how you work with developers to instill a security-first mentality.

When discussing a challenging security incident, detail the situation, the actions you took to resolve it, and the results. Emphasize your problem-solving skills and your capacity to work under pressure, ensuring the focus is on how you learned from the experience.

Mention the programming languages you are proficient in and explain how you have utilized them for security purposes. For example, describe any scripts you've written for automation or security tools and how programming knowledge has helped you assess and address vulnerabilities.

Discuss your methods for staying informed about the latest security trends, such as attending conferences, participating in webinars, or following industry experts. Share specific resources you utilize to ensure you are always informed about changes in threats that could affect your work.

Give examples of how you've approached vulnerability management in the past. Describe the tools you've used for scanning, assessing, and remediating vulnerabilities, along with how you prioritize fixes to ensure critical risks are addressed effectively.

Outline a step-by-step approach for assessing the security posture of a new application. Include methods such as conducting security architecture reviews, threat modeling sessions, and reviewing code for vulnerabilities, along with mentioning any tools you would employ in the process.

Emphasize the importance of communication in security engineering. Discuss how you collaborate with different teams, advocate for security best practices, and provide training to non-security personnel to foster a culture of security awareness.

Share your experience mentoring engineers on secure coding standards or practices. Highlight a specific scenario where you helped an engineer identify and resolve security concerns in their code, demonstrating your ability to teach and support your colleagues effectively.