Application Security Engineer

As an Application Security Engineer at Asymmetric Research, you will have a variety of responsibilities that include designing and implementing defense-in-depth security controls, developing security tooling and workflows for early vulnerability detection, and collaborating with both internal teams and external audit firms. You will also need to harden CI/CD pipelines, reduce supply-chain risks, and respond to potential security incidents across all components. Overall, your work will be crucial in securing blockchain applications and infrastructure.

To qualify for the Application Security Engineer position at Asymmetric Research, you should possess experience in Application Security Testing (AST) tools and demonstrate a strong desire to understand how systems work. Proven experience with web applications as a consultant, engineer, or auditor is essential. Familiarity with open-source development practices and proficiency in programming languages like Go, Rust, Python, and JavaScript will be critical. Skills in reverse engineering, fuzzing, and conducting code reviews are also highly desirable.

The work environment at Asymmetric Research is fully remote and thrives on collaboration among a diverse team of web3 professionals. You'll be part of a company that values integrity, trust, and professionalism while encouraging continuous learning and sharing of knowledge. This culture is nurtured by our strong open-source roots, meaning you'll often engage with exciting cutting-edge security challenges in the blockchain domain!

As a member of the Asymmetric Research team, you'll enjoy competitive benefits including 25 days of paid vacation, office and equipment stipends, and a robust pension/401K program. Premium healthcare, life insurance, and lucrative bonus programs are also part of the package, making this position not only rewarding in terms of professional growth but also in maintaining a healthy work-life balance.

To prepare for your application for the Application Security Engineer role at Asymmetric Research, start by brushing up on your technical skills related to application security, programming languages like Go and Rust, and familiarize yourself with AST tools. Show your commitment to continuous learning by keeping up with the latest in web3 security practices. Tailor your resume to highlight your relevant experience, and practice articulating your knowledge and passion for security during interviews.

This question allows you to showcase your problem-solving skills and technical expertise. Be specific about the challenge, the methods you used to identify vulnerabilities, and how you implemented solutions. Highlight teamwork and communication with stakeholders to illustrate your collaborative approach.

When answering this question, break down the concept of defense-in-depth, explaining how multiple layers of security controls protect an application. Examples include secure coding practices, regular security testing, and continuous monitoring. Emphasize the importance of each layer working together to mitigate risks effectively.

Be prepared to discuss specific AST tools you have used, detailing your experience with them. Highlight how these tools have played a role in detecting vulnerabilities and improving application security in past projects, showcasing your technical acumen and understanding of their importance in the development lifecycle.

Outline your methodology for conducting security audits, which may include reviewing code repositories, performing penetration tests, and evaluating compliance with security protocols. Talk about your communication strategies with teams to ensure that identified risks are prioritized and addressed effectively.

Mention your experience with relevant languages such as Go, Rust, Python, and JavaScript. Provide examples of how you've utilized these languages for building security tools, scripting automated tests, or reviewing code to identify security flaws, demonstrating your versatility as a developer.

Discuss the vulnerability lifecycle, including identification, prioritization, remediation, and continuous monitoring. Highlight your experience with vulnerability management tools and how you ensure that the software remains secure over time, reflecting your proactive approach to security.

Showcase your understanding of CI/CD security practices, such as implementing automated security checks, using approved libraries, and ensuring code integrity. Explain how you integrate security at each stage of the CI/CD process to minimize risks and maintain secure code deployments.

Share your methods for continuous learning—whether through attending conferences, reading industry publications, or participating in online communities. Emphasize your passion for security and the importance of staying informed to effectively tackle new challenges as they arise in the rapidly changing tech landscape.

Provide an anecdote showing your ability to translate technical jargon into understandable terms for stakeholders. Highlight how you guided non-technical team members through the risks and mitigations, ensuring everyone is on the same page regarding security posture and risks involved.

This is an open-ended question that allows you to express your passion for the field. Discuss your interest in solving complex problems, your commitment to improving security for users, and the thrill of working with advanced technologies and methodologies in an ever-evolving landscape.