In the modern cloud-native era, speed is currency. Organizations are deploying code hundreds of times per day using Kubernetes and agile methodologies. However, this velocity historically came at a cost: security. Traditional security models, which operated as a "gate" at the end of the software development lifecycle (SDLC), are obsolete. They create friction, bottlenecks, and ultimately, vulnerabilities.
Start small: pick one pipeline, add vulnerability scanning, enforce image signing, and gradually expand. With Tanzu, DevSecOps becomes a practical reality, not a buzzword.
This article serves as a high-level summary and companion guide to the comprehensive . We will break down the architectural patterns, pipeline automation, policy governance, and supply chain security required to run DevSecOps at scale.
18;write_to_target_document1a;_6WjtacD9Faqa4-EPopvPsAQ_10;56;
In the modern cloud-native era, speed is currency. Organizations are deploying code hundreds of times per day using Kubernetes and agile methodologies. However, this velocity historically came at a cost: security. Traditional security models, which operated as a "gate" at the end of the software development lifecycle (SDLC), are obsolete. They create friction, bottlenecks, and ultimately, vulnerabilities.
Start small: pick one pipeline, add vulnerability scanning, enforce image signing, and gradually expand. With Tanzu, DevSecOps becomes a practical reality, not a buzzword.
This article serves as a high-level summary and companion guide to the comprehensive . We will break down the architectural patterns, pipeline automation, policy governance, and supply chain security required to run DevSecOps at scale.
18;write_to_target_document1a;_6WjtacD9Faqa4-EPopvPsAQ_10;56;