In the modern era of cloud-native transformation, speed is the currency of business. However, for many enterprises, the rush to Kubernetes has introduced a dangerous gap: security . Traditional security models (periodic scans, manual approvals, network perimeter firewalls) simply cannot keep pace with containers that live for seconds.
Without this, a developer could inadvertently run a container as root. With Tanzu, the Cluster API enforces this policy at kubectl apply time, rejecting the deployment instantly with a clear error message. Shift-left is necessary but insufficient. Zero-day exploits require runtime defense. VMware Tanzu includes integrations with Falco (the CNCF runtime security project). devsecops in practice with vmware tanzu pdf
Reject any Pod that does not have a securityContext limiting allowPrivilegeEscalation: false . In the modern era of cloud-native transformation, speed
Enter —the practice of integrating security decisions into the development pipeline rather than wrapping them around it. When combined with VMware Tanzu , organizations gain a platform that bakes security into the Continuous Integration/Continuous Delivery (CI/CD) fabric. Without this, a developer could inadvertently run a
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. Part 1: Why DevSecOps Fails on Traditional Kubernetes Before diving into the Tanzu-specific features, it is critical to understand the problem. A standard Kubernetes distribution (e.g., vanilla upstream K8s) provides the engine but not the guardrails.