Security Architect

As a Security Architect at Wayve, your main responsibilities will include designing security architectures for our digital infrastructure and developing security solutions to safeguard against cyber threats. You will also perform critical tasks such as security threat modeling, risk assessments, and vulnerability analysis while collaborating closely with software and systems engineers to ensure security is integrated throughout the development lifecycle.

To qualify for the Security Architect position at Wayve, you should have a Bachelor’s or Master’s degree in Computer Science, Cybersecurity, Electrical Engineering, or a related field. Additionally, having over seven years of experience in software security architecture along with a solid understanding of cybersecurity principles and secure software development is essential.

A Security Architect at Wayve should be proficient in security threat modeling, cryptographic techniques, and intrusion detection systems. Hands-on experience with secure coding in C/C++, Python, or Rust, as well as familiarity with automotive communication protocols like CAN and Ethernet, is highly desirable.

At Wayve, we promote a hybrid working policy enabling collaboration in our Sunnyvale office and the flexibility of working from home. This dynamic environment is enhanced by our core working hours that allow you to choose the schedule that works best for you and your team, fostering a culture of innovation and learning.

At Wayve, we offer a competitive salary and comprehensive benefits, but the real highlight is your opportunity for career growth. As a Security Architect, you will be at the cutting edge of automotive technology, allowing you to continuously enhance your skills and potentially take on more complex responsibilities as you help shape the future of secure autonomous mobility.

When addressing this question, focus on your hands-on experience with languages like C/C++, Python, or Rust. Highlight specific projects where you implemented secure coding practices, discuss the challenges you faced, and how those experiences enhanced the security of the final product.

In your answer, describe your systematic approach to threat modeling, which may include identifying assets, assessing potential threats, and defining mitigations. Mention any frameworks you use, such as STRIDE or DREAD, and illustrate with a project example to demonstrate your expertise.

Mention the various resources you follow, such as industry publications, websites, and professional forums. Discuss your participation in webinars, conferences, or even online courses to showcase your proactive approach in maintaining your knowledge within the rapidly changing field of cybersecurity.

Provide a concise overview of a past incident you managed, detailing how you assessed the situation, the steps you took to mitigate damage, and the lessons learned. Make sure to emphasize your leadership skills and the importance of collaboration during that incident.

Explain the security testing tools you have employed, such as static application security testing (SAST) or dynamic application security testing (DAST) tools. Describe how you have integrated these tools into the development lifecycle and the benefits they provided in identifying and mitigating security vulnerabilities early.

Discuss the specific methodologies you utilize for risk assessment. For example, explain how you identify vulnerabilities, assess their potential impact, and prioritize them based on risk severity. Providing an example from past work can illustrate your understanding and practical skills.

Talk about your knowledge of relevant standards, such as ISO 27001 and how you incorporate them into your security architecture. Detail any past experiences where you established or maintained compliance, emphasizing the processes you put in place and the results achieved.

Discuss how AI can be utilized for predictive analytics, threat detection, and automating routine security tasks. Provide examples from your experience or relevant case studies that showcase the successful integration of AI into cybersecurity practices, particularly in contexts similar to autonomous driving.

In your response, emphasize the importance of sharing knowledge, providing constructive feedback, and creating a collaborative environment. Discuss specific strategies you would employ to enable learning and growth, such as pairing, hands-on workshops, or structured training sessions.

Reflect on the multifaceted nature of balancing security with usability and innovation. Discuss how the fast-paced technology landscape continuously presents new challenges, and how your adaptive mindset allows you to navigate these obstacles while still delivering effective security solutions.