Find vulnerabilities in containers and Kubernetes workloads throughout the SDLC
Coding & CLI
Shift security left and test images as they are created
Link container images to their Dockerfiles and Kubernetes configurations
Integrate security directly into your pipeline. Use policies to break builds based on the severity of vulnerabilities discovered
Scan images in your registries and continue monitoring for newly disclosed vulnerabilities
Monitor running workloads and detect configuration issues
Track trends and vulnerability fix rates across teams and organizations
Fix issues quickly to minimize exposure and risk
Base Image remediation
Scale the security process by quickly eliminating many of vulnerabilities by upgrading to the most secure base image or by rebuilding the image when outdated.
Get straight to the line in your Dockerfile that’s introducing vulnerabilities and easily trace dependencies to discover which of your tools is the causing issues.
Application and container vulnerabilities together
You may not always have access to the original source code that runs in your containers, but vulnerabilities in your code dependencies are still important. Snyk can detect and monitor open source dependencies for popular languages as part of the container scan.
Quickly identify the vulnerabilities posing the greatest risk
Easily see which issues are the highest priority to fix. Snyk’s exploit maturity for Linux vulnerabilities highlights issues with known exploits in the wild. And we correlate Kubernetes workload configuration with vulnerabilities to indicate areas of higher risk.
Monitor continuously to protect after deployment
Monitor your images for newly discovered vulnerabilities and base image updates and receive alerts via Slack, Jira or email.
Kubernetes application configuration
Detect newly deployed and updated workloads in Kubernetes clusters to ensure images are scanned for vulnerabilities. Uncover potentially unsafe settings in Kubernetes workloads that could expose your cluster to additional attacks and privilege escalations.
Kubernetes code scanningNEW
Detect security issues in your Kubernetes YAML, JSON and Helm code early in the development lifecycle to correct configuration issues before you deploy to your clusters.
Why choose Snyk Container?
Base image fix recommendations combined with mapping vulnerabilities to Dockerfile commands makes it simpler for developers to fix container Issues, without a security background.
Snyk’s combined expertise in open source and container security combines to help developers create more secure
Snyk Container works across the entire SDLC – from the developers’ desktops in to production – to help fix issues early and provide consistent controls and reporting across across your organization.
Snyk Container Integrations
Snyk Container is designed to work with a range of container image operating systems and package managers, Kubernetes platform, and container registries
- Amazon Elastic Kubernetes Service (EKS)
- Microsoft Azure Kubernetes Service (AKS)
- Google Kubernetes Engine (GKE)
- Red Hat OpenShift
- VMware Tanzu Grid
- And other platforms built with Kubernetes
- Docker Hub
- Amazon Elastic Container Registry (ECR)
- Microsoft Azure Container Registry (ACR)
- Google Container Registry (GCR)
- JFrog Artifactory
Container base operating systems
- Amazon Linux
- Red Hat Enterprise Linux and UBI
- Alpine Linux
- Oracle Linux