Containerized environments change at a pace that makes traditional periodic security review impractical: a single deployment pipeline might create and destroy hundreds of container instances in an hour, each with a lifespan measured in minutes rather than the months or years typical of a traditional server. Security processes designed around scanning a relatively static fleet do not translate to this environment.
Securing the image, the runtime, and the orchestrator
Effective container security operates at three layers: scanning images for known vulnerabilities and malware before they enter a registry, enforcing runtime policies that restrict what a running container can do—network access, file system writes, privilege escalation—and hardening the orchestration layer itself, since a misconfigured cluster control plane can expose every workload running on it.
Base image hygiene matters more than it might seem: standardizing on a small number of vetted, minimal base images dramatically reduces the vulnerability surface compared to allowing every team to select its own, often bloated, starting point.
JIG helps engineering teams build container security into the pipeline itself, so security keeps pace with deployment velocity rather than trailing behind it.