Description
Our Container Image Vulnerability Scanning service empowers DevOps teams to secure containerized workloads by proactively detecting and remediating risks within Docker, OCI, or Kubernetes-based images. We integrate vulnerability scanners such as Trivy, Anchore, Clair, or Sysdig Secure into your container registry and CI/CD pipeline to analyze images at build and push stages. These tools scan for CVEs in OS packages (Alpine, Ubuntu, CentOS), libraries (npm, pip, Maven), and language runtimes (Node.js, Python, Java). Misconfigurations—like root user access, exposed ports, or unused binaries—are flagged for hardening. Scans generate detailed reports including CVSS scores, fix availability, and remediation suggestions. Alerts can be sent to GitHub issues, Jira, Slack, or SIEM systems. Policies are implemented to fail builds with critical vulnerabilities or enforce base image validation. For Kubernetes deployments, we integrate with admission controllers and runtime scanners to prevent vulnerable images from being deployed. This service ensures compliance with CIS Docker/Kubernetes benchmarks and provides continuous visibility into the security posture of your container supply chain.
Sylvester –
Our team has seen significant improvements in our security posture since implementing their container image vulnerability scanning service. The automated remediation and policy enforcement features have seamlessly integrated into our DevOps pipeline, saving us valuable time and resources. The detailed reports provide clear insights into potential risks, allowing us to proactively address vulnerabilities before they impact our production environment. It’s a solid solution that contributes substantially to our overall security efforts.
Falmata –
The container image vulnerability scanning service has been invaluable in strengthening our security posture. Integration into our DevOps pipeline was seamless, and the automated reporting has significantly improved our ability to identify and address vulnerabilities early in the development lifecycle. This proactive approach to security has saved us considerable time and resources while giving us greater confidence in the security of our container deployments.