Network-Policies

Container Security: Guardrails for Production Containers power modern apps, but they introduce dynamic infrastructure and new security risks. To keep deployments reliable and fast, teams need guardrails that are easy to follow and hard to bypass. Clear rules help developers ship with confidence and operators stay in control. Establish a secure baseline Use minimal base images with only the packages you need. Pin image versions and avoid latest tags to reduce drift. Automate builds and require a security gate before deployment. Guard the image supply chain Sign and verify images with a trusted signing system. Require SBOMs and vulnerability reports; block critical flaws. Store images in a known registry with strict access control. Runtime protection and secrets Run containers as non-root and use read-only filesystems when possible. Enable runtime monitoring and alert on anomalies. Do not embed secrets in images; use a secret manager with short-lived credentials. Networking and access controls Apply network segmentation and policy enforcement between namespaces. Use least privilege RBAC for containers and orchestration. Regularly audit access and rotate credentials. Observability and response Centralize logs with tamper-evident storage and immutable archives when possible. Set up alerts for unusual container behavior and misconfigurations. Maintain runbooks, run regular tabletop exercises, and practice incident response. Key Takeaways Guardrails reduce risk without slowing teams. Start with a secure baseline, then add image signing, secrets management, and monitoring. Security is a shared responsibility across development and operations.

Container Security: Keeping Your Pods Safe Container security starts with a clear view of what runs in your pods and how it moves data. Containers share the host kernel, so a small mistake can affect many services. A defense-in-depth plan — image hygiene, runtime hardening, and strict policies — keeps risks down without slowing teams. First, secure the image it runs. Use trusted base images, scan every build for high and critical CVEs, and pin images to a digest rather than tags. Require signed images in CI/CD and keep a current SBOM to track components. Small, purpose-built images reduce attack surface and speed up fixes when problems pop up. ...