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klar can be downloaded from its GitHub releases page or compiled from scratch. Of these, klar was the simplest and quickest. While Clair’s integrations page lists the options available, for this article, I looked at the available command-line utilities available. These steps only bootstrap the server-to run a scan, you need a compatible frontend. Clair also comes with a Docker Compose file and a Helm Chart to simplify installation, or it can be compiled from source.
#Open source scanner software install
There are a few third-party tools that integrate with Clair, but to scan images from a terminal as part of a deploy script, the only reasonable option seems to be klar by optiopay.Ĭlair’s install instructions can found on its Github repo and can be run as a container with Docker. That said, Clair is a “backend-only” tool and doesn’t come with scanners or a frontend for initiating a scan. Clair exposes APIs for clients to invoke and perform scans. ClairĪn open source vulnerability scanner and static analysis tool for container images by CoreOS, Clair is the same tool that powers CoreOS’s container registry, Quay.io.Ĭlair regularly ingests vulnerability information from various sources and saves it in the database. Once added, the Anchore engine will poll the registry periodically and schedule them to be analyzed. Anchore also works well with private registries add them using: anchore-cli registry add Īnchore can also be configured to scan repositories and add any tags found in the repository. The open source Anchore Engine lets you define and activate custom policies, but it doesn’t come with a visual policy editor, so trying to edit the policies by hand can be tricky. The gates, thresholds, and evaluations are performed against a policy whose ID is mentioned above. MEDIUM Vulnerability found in os package type (dpkg) - mercurial (CVE-2018-1000132 - ) MEDIUM Vulnerability found in os package type (dpkg) - imagemagick-6-common (CVE-2018-11251 - ) MEDIUM Vulnerability found in os package type (dpkg) - imagemagick-6-common (CVE-2018-5248 - )
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MEDIUM Vulnerability found in os package type (dpkg) - imagemagick-6-common (CVE-2017-14528 - ) MEDIUM Vulnerability found in os package type (dpkg) - imagemagick-6-common (CVE-2008-3134 - ) Policy ID: 2c53a13c-1765-11e8-82ef-23527761d060ĭockerfile directive 'HEALTHCHECK' not found, matching condition 'not_exists' check Once an image is scanned, use the following command to list the reported CVEs in the image:Īnchore-cli evaluate check python:3 -detail Unfortunately, there seems to be no way to know when the scan is completed, except by typing (or writing a script): anchore-cli image get python:3 Once submitted, Anchore will initiate a scan of the image. This command submits the image to be scanned. To initiate a scan, add the image to the Anchore Engine with the following command: anchore-cli image add python:3 The scanner can be in the form of a CLI tool such as a Anchore CLI or a Jenkins plugin, both of which are developed and maintained by Anchore. The Anchore Engine provides the back-end/server-side component while for scanning the images, Anchore requires another component. Installation instructions are available on the GitHub page as well as on the support Knowledge Base. Anchore is also available as a Jenkins plugin, allowing you to integrate container image scanning as part of the CI/CD workflow.Īnchore Engine has a straightforward install process thanks to the Docker compose file. Anchore fetches security data from Anchore’s hosted cloud service. Anchore is available as a Docker image that can be run standalone or with orchestration platforms such as Kubernetes. The Anchore engine is an open source project that inspects, analyzes, and certifies Docker images.