CI/CD pipelines have become the backbone of modern software delivery. They compile code, run tests, manage secrets, provision infrastructure, and deploy applications to production. Yet this central role makes them one of the most privileged — and most targeted — components in your entire technology stack. A compromised pipeline doesn’t just affect one system; it … Read more
Introduction: Why Policy Engines Matter for CI/CD Modern CI/CD pipelines move fast. Teams push dozens — sometimes hundreds — of deployments per day, and every one of those deployments carries configuration decisions that affect security, compliance, and operational stability. A single misconfigured Kubernetes manifest, an overly permissive IAM role in Terraform, or a container image … Read more
Introduction Managing secrets securely at scale is a major challenge for enterprise CI/CD pipelines. As organizations adopt DevSecOps practices and increase automation, the number of credentials, tokens, and certificates handled by CI/CD systems grows significantly. HashiCorp Vault is a widely adopted secrets management solution designed to address these challenges. This article explores how Vault can … Read more
Overview Misconfigured Kubernetes manifests are one of the top causes of production security incidents. A container running as root, an unpinned image tag, a missing resource limit, or an exposed host network can each open the door to privilege escalation, resource exhaustion, or lateral movement inside your cluster. The problem is that these misconfigurations are … Read more
Overview Secret leaks in CI/CD pipelines are the number one cause of pipeline compromise. Exposed credentials — API keys, database passwords, cloud access tokens — give attackers a direct path into production systems. According to GitGuardian’s 2025 State of Secrets Sprawl report, over 12 million new secrets were detected in public GitHub commits in a … Read more
Introduction Most CI/CD pipelines start with a simple goal: get code from a developer’s machine into production as fast as possible. Along the way, someone creates a service account, grants it broad permissions, stores the credentials as a pipeline secret, and moves on. It works. Builds pass, deployments succeed, and nobody thinks about it again … Read more
CI/CD pipelines are among the most privileged workloads in any organization. They pull source code, download dependencies, access secrets, and push artifacts to production registries. Yet in many environments, the build processes behind these pipelines run with unrestricted network access and full filesystem permissions — a combination that represents one of the most exploitable gaps … Read more
Introduction If you audit the secret stores of most CI/CD platforms today, you will find a graveyard of long-lived credentials: AWS access keys created years ago, GCP service account JSON keys shared across dozens of pipelines, GitHub Personal Access Tokens with broad scopes, and database passwords that have never been rotated. These static secrets are … Read more
Introduction: Why Manual Security Reviews Don’t Scale Every engineering team eventually hits the same wall: security reviews that depend on human eyeballs cannot keep pace with the velocity of modern CI/CD pipelines. When teams deploy dozens or hundreds of times per day, asking a security engineer to manually review every Terraform plan, Kubernetes manifest, or … Read more
Introduction: Why Secrets Are the #1 Cause of CI/CD Compromise If you examine the root cause of almost every major CI/CD breach in recent years — from the Codecov supply chain attack to the CircleCI security incident — you will find the same culprit: compromised secrets. API keys, cloud credentials, database passwords, signing certificates — … Read more
