Security Engineer

The Security Engineer at Board Intelligence is primarily responsible for securing our SaaS solution by integrating security best practices into our full-stack applications built on Java, Ruby, and React. This includes conducting threat modeling, implementing secure coding practices, and collaborating with development and DevOps teams to fortify our CI/CD pipelines and cloud deployments. You’ll also measure and identify vulnerabilities, conduct code reviews, and ensure compliance with relevant security standards.

To qualify for the Security Engineer role at Board Intelligence, candidates should have strong experience in application security, specifically in securing web applications and APIs. Familiarity with cloud security (AWS, GCP, or Azure), container security, and a solid understanding of secure SDLC practices is essential. Additionally, candidates with experience in penetration testing and relevant compliance frameworks will find this position an excellent match for their skills.

In the Security Engineer role at Board Intelligence, you will work with a diverse array of technologies. The full-stack applications leverage Java and Ruby on the backend, and React on the frontend. Strong familiarity with various security-related practices, such as OAuth for authentication, along with knowledge of cloud security tools and practices, is highly valued. Understanding how to implement security controls across these technologies will be key to your success.

At Board Intelligence, we pride ourselves on maintaining a positive and friendly culture, especially within our engineering teams, including the Security Engineer role. With a diverse team from various nationalities, we encourage a supportive environment where team members can collaborate and learn from one another. Social events, away days, and lunchtime learning opportunities create a vibrant community where work is enjoyable and enriching.

Security Engineers at Board Intelligence can expect a fantastic working environment, competitive package options, and a strong emphasis on work-life balance. The company fosters a culture where family priorities are respected, and we often engage in fun social activities that bring us closer as a team. As we grow, the potential for professional development and career advancement is also significant, particularly in a rapidly scaling environment.

When securing a full-stack application, it's crucial to implement secure coding practices at every stage of development. Start with threat modeling to identify potential vulnerabilities, use secure libraries, and apply proper input validation to prevent common attacks like SQL injection. Continuous monitoring and regular code reviews also help maintain security throughout the application's lifecycle.

In my past roles, I have performed extensive security assessments, including static and dynamic application security testing (SAST/DAST). This process often involves identifying vulnerabilities through automated scanning tools and performing manual code reviews. I prioritize remediation based on risk assessments and ensure that all findings are documented and communicated clearly to relevant stakeholders.

For a SaaS application, implementing strict access controls, ensuring data encryption both at rest and in transit, and maintaining regular security audits are essential cloud security practices. Using monitoring tools for your cloud environment to detect any anomalies and ensuring compliance with industry standards will further bolster cloud security.

I stay informed about emerging security threats through continuous education, including attending webinars, participating in forums, and following industry-leading publications and blogs. I'm also an active member of relevant security communities where professionals exchange insights and best practices, which helps me remain ahead of potential security challenges.

My approach involves fostering cooperation and open communication with development teams. I advocate for embedding security into the development life cycle, conducting training sessions on secure coding practices, and collaborating in threat modeling exercises. By making security a shared responsibility, we can enhance our overall security posture.

I have conducted various penetration tests on web applications and APIs as part of my security assessments. Through both automated tools and manual techniques, I simulate attacks to uncover vulnerabilities. Following tests, I provide detailed reports that outline findings and recommendations for remediation, collaborating closely with development teams for effective resolution.

I am well-versed in several compliance frameworks, including SOC 2, GDPR, and HIPAA. Understanding these frameworks has helped me implement necessary security controls and ensure that applications meet required compliance guidelines. I believe that regular reviews and audits are paramount to maintaining compliance in a dynamic regulatory environment.

To implement security automation within a CI/CD pipeline, I would integrate security tools that automatically scan for vulnerabilities within the code upon commits. This could include SAST tools for earlier detection and DAST during the staging phase. Automated compliance checks can also ensure that the code meets defined security standards before reaching the production environment.

I am proficient in Java and Ruby for backend development, as well as React for frontend applications. My experience extends to writing secure code in these languages, applying techniques to prevent security vulnerabilities like cross-site scripting (XSS) and other common threats while ensuring application functionalities remain unaffected.

One challenging security issue I encountered was during the integration of a third-party API, which introduced potential security vulnerabilities. I led a review to assess authentication mechanisms and established additional layers of validation before allowing interaction with our backend. We implemented stricter controls on data flow and conducted thorough testing to ensure compliance with our security standards, ultimately preventing any breaches.