Software Engineer II, Platform Security - job 2 of 2

As a Software Engineer II, Platform Security at Abnormal Security, you'll be responsible for leading the development of important security features and services designed to protect our microservices. This includes owning the design and development of secure communication frameworks, customer data security workflows, and integrating these with our Security Operational analytics tools. You're also expected to contribute to cross-team collaborations to promote secure-by-design practices across engineering teams, ensuring we meet the highest security standards.

To apply for the Software Engineer II, Platform Security role at Abnormal Security, candidates should have a BS degree in Computer Science or a related field, along with a minimum of 2 years of experience in software engineering. Strong foundational knowledge in computer science and programming, especially in languages like Golang and Python, is crucial. Additionally, familiarity with system design and cloud infrastructure is essential for success in this role.

Candidates for the Software Engineer II, Platform Security position at Abnormal Security should have strong programming skills in Golang and Python, as these languages are fundamental to developing and maintaining our security frameworks. A solid understanding of computer science principles and a history of delivering high-quality software are also highly valued in this role.

The Software Engineer II, Platform Security plays a critical role in enhancing Abnormal Security's overall security posture. By developing secure communication frameworks and privacy workflows, you help ensure that our systems meet industry security standards and protect customer data. Your contributions to vendor selection and collaboration with product engineering teams will drive the implementation of secure practices across our engineering ecosystem.

At Abnormal Security, the Software Engineer II role offers significant career growth potential. Starting in this position, you have the opportunity to advance to a Senior Software Engineer role, where you would assume greater responsibilities and lead larger projects. The collaborative environment and emphasis on security best practices provide ample opportunities to foster your skills and take on leadership roles as you progress within the team.

When answering this question, emphasize your knowledge of secure coding standards, vulnerability assessments, and your experience implementing security best practices throughout the software development lifecycle. Mention specific tools or frameworks you have used and any projects where you identified and remedied security flaws.

Discuss the Zero-Trust model, which assumes that threats could be internal or external, and therefore, no user or device should be trusted by default. Highlight any relevant experience you have with implementing Zero-Trust principles in previous projects and the benefits of this approach in enhancing security.

Share examples of past experiences where you successfully collaborated with product engineering or other teams to incorporate security measures into the development process. Highlight communication strategies you used to convey security requirements effectively and how you fostered a security-centric culture among team members.

Identify a few common security vulnerabilities, such as SQL injection or cross-site scripting, and explain how you have identified them in your work. Discuss the tools and methods you used to mitigate these risks and maintain a strong security posture in your software.

Explain your background with cloud service providers like AWS, Azure, or Google Cloud, focusing on any security measures you implemented in these environments. Discuss how you ensured compliance with security best practices when deploying applications and managing sensitive data.

Describe your approach to integrating security tools, detailing the stages of assessment, selection, and implementation. Highlight specific security tools you have experience with and how you ensured they aligned with the application’s architecture and security needs.

Share the resources you use to stay informed about cybersecurity trends, such as industry blogs, security conferences, or online courses. Discuss how you apply new knowledge to enhance your work or improve processes within your teams.

Mention the programming languages you are most proficient in, such as Golang and Python, emphasizing how you have utilized these skills to implement secure coding practices. Provide examples of projects where your programming skills made a positive impact on application security.

Emphasize the importance of comprehensive documentation in maintaining security protocols and ensuring that all team members are aware of potential vulnerabilities. Discuss how you have contributed to creating or updating security documentation in your previous roles.

Explain your methodology for prioritizing security requirements, focusing on business needs and risk assessments. Discuss examples of previous projects where you had to balance time, resources, and security demands effectively.