Principal Security Architect - OASE Job at Oracle in Schneiders Prairie

The Principal Security Architect at Oracle will be responsible for validating that HealthEquity's software products adhere to cybersecurity principles. This includes collaborating with developers and product managers, creating automated metrics, maintaining security documentation, recommending controls for security gaps, and actively participating in product meetings to address security requirements. The role also emphasizes an understanding of threat modeling and secure development practices.

To apply for the Principal Security Architect position at Oracle, candidates should possess more than 7 years of experience in cybersecurity, particularly with a focus on product and application security engineering. Strong communication skills, familiarity with container security technologies like Docker and Kubernetes, as well as experience in Agile/Scrum practices, will be advantageous. An understanding of security requirements for APIs is also essential.

Yes, the Principal Security Architect position at Oracle is a remote role. This allows candidates to work flexibly while contributing to significant projects aimed at improving health and technology integration at HealthEquity.

The salary for the Principal Security Architect position at Oracle ranges from $127,000 to $165,000 per year. Actual compensation will be based on individual qualifications, including job-related knowledge, education, and prior work experience.

The Principal Security Architect at Oracle contributes to product security by creating strategies for continuous validation, identifying security metrics, and engaging with product features to ensure all developmental and operational phases meet robust security standards. With their attacker mindset, they ensure that defense-in-depth controls are present and effective.

Essential skills for the Principal Security Architect at Oracle include strong cybersecurity technical acumen, exceptional communication skills, high-quality threat modeling, experience with CI/CD pipelines, and familiarity with security frameworks. Being able to document procedures clearly and keep documentation up-to-date is also crucial.

Oracle offers a competitive benefits package for the Principal Security Architect position which includes medical, dental, and vision insurance, performance-based incentives, and a full range of benefits aimed at supporting employee well-being and professional growth.

When approaching threat modeling for a new product at Oracle, I would start by identifying the assets we need to protect, outline potential threat actors and their motivations, and then prioritize the threats based on impact and likelihood. Additionally, I would define mitigation strategies and continually revisit the model throughout the product's lifecycle.

In a previous role, I faced a challenge with insecure API endpoints that could have exposed sensitive data. I led a thorough review of our API security guidelines, implemented additional validation controls, and conducted a series of security assessments and penetration testing to validate the security posture. Post-resolution, we established new protocols to prevent recurrence.

For continuous security validation, I recommend using Static Application Security Testing (SAST) tools, such as Checkmarx or SonarQube, alongside Dynamic Application Security Testing (DAST) tools like OWASP ZAP. These tools help in identifying vulnerabilities throughout the development and deployment phases.

To ensure collaboration between security and development teams, I promote open communication channels and regular touchpoints, such as joint planning sessions and security training. I advocate for integrating security tools within the CI/CD pipeline, so developers receive feedback on security issues early in the development process.

Defense-in-depth is a security strategy that uses multiple layers of protection to mitigate risks and ensure if one layer fails, additional layers still provide security. This approach incorporates various tools and processes, from network security to application security practices, creating a comprehensive protective environment.

My experience with container security involves implementing best practices such as image scanning, network segmentation, and using security policies for container workloads in both Docker and Kubernetes environments. I utilize tools such as Aqua Security and Twistlock to enforce compliance and identify vulnerabilities in containerized applications.

I stay informed on the latest cybersecurity trends by regularly following industry publications, participating in relevant webinars and conferences, and engaging with professional networks. Additionally, I monitor threat intelligence feeds and subscribe to cybersecurity blogs and newsletters from reputable sources.

Documentation is critical in cybersecurity as it provides a clear outline of security policies, procedures, and responses to incidents. In my role as Principal Security Architect, documenting security assessments, threat models, and remediation steps ensures that knowledge is preserved and can guide future actions and decisions.

I approach educating teams about secure development practices by creating engaging training sessions that are relevant to their work. I emphasize practical examples, real-world scenarios, and hands-on workshops that allow team members to understand the importance and application of secure coding practices.

The most crucial aspect of securing API endpoints is implementing proper authentication and authorization mechanisms. Additionally, I advocate for employing input validation, rate limiting, and logging access attempts to effectively safeguard against common threats such as data interception and unauthorized access.