Application Security Engineer

As an Application Security Engineer at G-P, you’ll be responsible for implementing our application security program, conducting threat modeling with engineering teams, managing vulnerabilities, performing security assessments, and developing scripts to automate security processes. You'll play an integral role in ensuring that our applications are secure while collaborating with talented engineers.

To qualify for the Application Security Engineer position at G-P, candidates should possess a BS in Computer Science or a related field or equivalent experience. Ideally, candidates will have at least 3 years of experience in application security, including skills in threat modeling, secure design reviews, and web application penetration testing. Proficiency in scripting languages like Python or Go is also essential.

While not strictly required, experience with Amazon Web Services (AWS) security and engineering is highly valued for the Application Security Engineer role at G-P. Familiarity with cloud security practices will enhance your ability to contribute effectively to our robust application security initiatives.

G-P’s application security program encompasses a range of proactive measures including threat modeling, vulnerability assessments, penetration testing, and secure design reviews. As part of our team, you will support these initiatives to ensure our applications remain secure against evolving threats.

As an Application Security Engineer at G-P, you will work with various enterprise-grade tools for security assessments including SAST, DAST, and CSPM tools. You’ll also have the opportunity to develop custom solutions that integrate with existing systems while using scripting languages like Python or JavaScript to automate security tasks.

When answering this question, detail your familiarity with threat modeling methodologies such as STRIDE or PASTA. Mention specific projects where you collaborated with development teams, the tools you used for modeling, and how your assessments influenced the design of secure applications.

In responding to this question, illustrate your process starting from identifying vulnerabilities, prioritizing them based on risk, and coordinating remediation efforts. Highlight your experience with vulnerability management tools and how you effectively communicated findings with engineering teams.

Discuss your experience with scripting and automation tools! Elaborate on specific tasks you've automated, such as log analysis or incident response, and the programming languages you've utilized, like Python or Go. Highlight the efficiency gains and error reduction achieved through your automation efforts.

Be prepared to share any relevant certifications or practical experiences in penetration testing, such as participating in Capture The Flag (CTF) events or Bug Bounty programs. Mention tools you have used, testing frameworks, and outcomes from your testing efforts.

Detail the secure coding principles you advocate, such as input validation, proper error handling, and defense in depth. Provide examples of training sessions you’ve conducted or resources you recommend to developers for enhancing their secure coding skills.

Share a specific project where you took a leading role in implementing an application security feature or initiative. Detail the challenges faced, your contributions to overcome them, and the overall impact of your work on the security posture of the application.

Discuss your commitment to continuous learning by mentioning resources like security blogs, podcasts, conferences, and online courses. Describe how staying informed about emerging threats and technologies helps you enhance your effectiveness as an Application Security Engineer.

List your preferred tools and explain why you find them essential. You can mention tools for static analysis, dynamic testing, and security monitoring. Highlight how these tools support your overall security assessment strategy.

Reassure your response applies a diplomatic approach. Explain the importance of communicating risks effectively and working collaboratively with the engineering team to advocate for prioritized remediation based on business impact and technical risks.

Discuss key components including risk assessment, employee training, threat modeling, secure development practices, and ongoing monitoring. Share how these elements create a cohesive strategy that instills a culture of security within the organization.