Security Engineer

As a Security Engineer at HappyRobot, you will be responsible for designing and implementing security protocols in cloud-native environments such as AWS and GCP. This includes securing microservices and API gateways, hardening containers, and managing IAM. Additionally, you will monitor security threats, integrate secure SDLC tools, and ensure compliance with standards like SOC2 and GDPR, while supporting enterprise customers during onboarding and pre-sales discussions.

To qualify as a Security Engineer at HappyRobot, candidates should have a comprehensive understanding of security architecture and compliance frameworks such as SOC2, ISO 27001, and GDPR. Experience in designing secure cloud-native infrastructure, securing microservices, and hardening container environments is essential. Strong communication skills and a proven ability to support enterprise customers will also be crucial for success in this role.

At HappyRobot, we strongly believe in fostering professional growth. As a Security Engineer, you will have the opportunity to take full ownership of your projects, allowing you to ship fast and learn on the go. Working alongside a world-class team, you will also be exposed to the latest security technologies and practices, enabling you to enhance your skills in a fast-paced environment backed by top investors.

Security Engineers at HappyRobot can expect a dynamic and high-energy work environment designed for innovation and growth. We work from 9 to 9, six days a week, with a focus on collaboration and pushing boundaries. The atmosphere is supportive and empowering, allowing you to take charge of your work while engaging in exciting projects that make a real impact in the logistics industry.

HappyRobot offers a comprehensive benefits package tailored for its team members. As a Security Engineer, you can expect competitive salaries, equity in the company, and healthcare coverage, including dental and vision. We prioritize our employees' well-being and ensure a healthy work-life balance, fostering an environment where you can thrive both personally and professionally.

When answering this question, focus on specific projects where you actively contributed to achieving SOC2 or GDPR compliance. Discuss the assessments conducted, the challenges faced, and how you implemented necessary security controls. Highlight any specific frameworks or tools you used to navigate these compliances effectively.

For this question, share your methodology for assessing security requirements, frameworks involved, and the specific cloud services you have utilized. Discuss elements such as network security, IAM, and threat modeling to illustrate a comprehensive approach to maintaining security in cloud environments.

Discuss your experience with API gateways, service mesh integration, and implementing zero-trust principles. Describe how you would evaluate vulnerabilities in microservices and devise strategies for secure communications, authentication, and intra-service communication to safeguard the application.

Provide a situation where you successfully identified and mitigated a security threat. Detail your detection methods, the response strategy you employed, and the ultimate resolution, demonstrating your proactive approach to security management.

Discuss your approach to user roles and permissions in IAM. Highlight how you ensure principles like least privilege are applied and how you maintain consistent practices while scaling services. Mention any tools you've used to manage IAM and respond to security audits.

Reflect on your hands-on experience with container hardening, RBAC, and secrets management in Kubernetes. Mention tools and best practices you have employed to secure containerized applications and how this aids in maintaining overall application integrity.

Talk about how you have integrated security into each stage of the CI/CD pipeline. Be sure to mention how you include automated scanning tools for security vulnerabilities and any practices utilized for monitoring and alerting needs during deployment.

Provide specifics about your work with SAST, DAST, and dependency scanning within the SDLC. Discuss how you integrated these practices into the development process and the positive outcomes of doing so.

Share your methods for continuous learning, such as following industry publications, attending conferences, and engaging with online security communities. Discuss how you apply this knowledge to improve practices within your role.

When answering, demonstrate simplicity and clarity. Take a technical concept, such as zero-trust networking, and break it down into relatable terms that someone outside the tech field can understand. This shows your ability to communicate effectively across different groups.