Which role can be considered the bridge between traditional IT Security and DevOps?

Which role can be considered the bridge between traditional IT Security and DevOps?

• A. DevSecOps Engineer
• B. Cloud Architect
• C. Data Engineer
• D. Site Reliability Engineer

Answer: (A)

Bringing security into the DevOps loop is the essence here. The role that acts as the bridge between traditional IT security and DevOps is the DevSecOps Engineer. This person blends security expertise with DevOps practices, making security an integral part of the development and deployment process rather than a final checkpoint. A DevSecOps Engineer embeds security into the CI/CD pipelines, infrastructure as code, and automation workflows. They set up and enforce security controls such as automated vulnerability and dependency scans, container image scanning, secret management, and policy-driven gating. They also guide developers and operators to fix issues early, maintain secure configurations, and continuously validate security as software and infrastructure evolve. This creates a culture where security is treated as code and continuously tested, enabling faster, safer releases. The other roles don’t sit at that exact intersection. A Cloud Architect designs and manages cloud workloads and architectures, focusing on scalability, reliability, and cost, with security as one aspect but not the ongoing integration through DevOps processes. A Data Engineer concentrates on building and optimizing data pipelines and storage, not on security integration across the DevOps lifecycle. A Site Reliability Engineer emphasizes system reliability, observability, and incident response, which is about uptime and performance rather than embedding security into development workflows.

Bringing security into the DevOps loop is the essence here. The role that acts as the bridge between traditional IT security and DevOps is the DevSecOps Engineer. This person blends security expertise with DevOps practices, making security an integral part of the development and deployment process rather than a final checkpoint.

A DevSecOps Engineer embeds security into the CI/CD pipelines, infrastructure as code, and automation workflows. They set up and enforce security controls such as automated vulnerability and dependency scans, container image scanning, secret management, and policy-driven gating. They also guide developers and operators to fix issues early, maintain secure configurations, and continuously validate security as software and infrastructure evolve. This creates a culture where security is treated as code and continuously tested, enabling faster, safer releases.

The other roles don’t sit at that exact intersection. A Cloud Architect designs and manages cloud workloads and architectures, focusing on scalability, reliability, and cost, with security as one aspect but not the ongoing integration through DevOps processes. A Data Engineer concentrates on building and optimizing data pipelines and storage, not on security integration across the DevOps lifecycle. A Site Reliability Engineer emphasizes system reliability, observability, and incident response, which is about uptime and performance rather than embedding security into development workflows.