Senior Cloud Security Engineer - (Remote - US)

As a Senior Cloud Security Engineer at Jobgether, you will perform risk assessments, architectural design reviews, and threat modeling. Your role will involve building and enhancing automated security testing frameworks, integrating security tools into CI/CD pipelines, collaborating with engineering teams on secure coding practices, and investigating security incidents. Additionally, developing real-time threat detection strategies and contributing to security training across the organization will be key aspects of your position.

To qualify for the Senior Cloud Security Engineer role at Jobgether, candidates should have 3–5 years of experience in cloud security, software engineering, or a related field, along with proficiency in programming languages (Scala is a plus). A strong understanding of application security principles, familiarity with GitHub/GitLab, and experience with cloud platforms like AWS, GCP, or Azure are also essential. Additionally, knowledge of Kubernetes security and various security automation tools is required.

The salary range for a Senior Cloud Security Engineer at Jobgether is competitive, falling between $138,500 and $213,000, depending on experience and qualifications. Alongside this, employees benefit from stock options, 401(k) plans, and comprehensive medical, dental, and life insurance.

As a Senior Cloud Security Engineer at Jobgether, you can expect numerous benefits, including paid parental leave, flexible PTO, wellness and professional development allowances, and fertility and adoption assistance. Additionally, you'll have access to a paid sabbatical program and full remote workstation setup, promoting a healthy work-life balance.

The application process for the Senior Cloud Security Engineer position at Jobgether involves a three-step screening process powered by AI, designed to identify the best candidates. Your CV and LinkedIn profile will be analyzed thoroughly to assess your fit for the role. If you are among the top candidates, you'll be contacted within a week for the next steps.

During your interview, you should provide detailed examples of your work in cloud security, highlighting specific projects you've been involved in, the technologies you used, and the results achieved. Emphasize your understanding of security frameworks and methodologies.

When discussing risk assessment, detail your systematic method for identifying vulnerabilities, analyzing potential threats, and recommending mitigations. Be prepared to share examples of previous assessments undertaken and what was learned during the process.

In your response, mention specific security tools you've integrated into CI/CD pipelines, such as static and dynamic analysis tools. Discuss the importance of being proactive and ensuring security is embedded into every stage of the development lifecycle.

Express your commitment to continuous learning by mentioning regular attendance at industry conferences, participation in webinars, and subscriptions to relevant online courses. Highlight your engagement with professional networks or communities focused on cloud security.

Provide a structured response: explain the incident, the actions you took to resolve it, the outcome, and what you learned. This demonstrates your problem-solving skills and resilience under pressure.

Discuss your specific experiences managing and securing Kubernetes clusters, including strategies you've employed for mitigating risks and ensuring compliance. Mention any tools or practices you've used for Kubernetes security.

List the programming languages you are comfortable with, mentioning any particular projects you've completed using these languages. If applicable, emphasize your familiarity with Scala and how you have used it in past projects.

Explain your approach to fostering a security culture among developers, including conducting training sessions, creating documentation, and implementing code review protocols that focus on security best practices.

Discuss specific threat modeling tools you've utilized in the past. Explain how you used these tools to identify attack vectors and inform security teams, and mention how these experiences have guided your security strategies.

In your answer, outline a framework you follow when evaluating vulnerabilities based on impact and likelihood. Discuss how you communicate these priorities effectively to technical and non-technical stakeholders.