Security engineers defend a complex, ever-expanding attack surface across containers and pipelines. Minimus reduces the attack surface at the source by fundamentally changing the composition of the container, easing the burden of supply chain security.
Minimus images are "distroless" in spirit, containing only the minimal set of libraries required to run the specific application. By removing shells, package managers, and unnecessary utilities (like curl or sed), you effectively eliminate the tools that attackers use for lateral movement and payload execution. This follows the NIST SP 800-190 recommendation to use minimal base images to reduce the container attack surface.
Minimus automates the generation and signing of Software Bills of Materials (SBOMs) using industry standards like SPDX. Security engineers can use open-source tools like Sigstore and Cosign to programmatically verify the integrity and provenance of every image before it is allowed to run. This provides a deterministic way to prove that only authorized, vulnerability-free components are in production.
Minimus provides an integrated vulnerability report for every image version, updated several times daily based on the latest threat intelligence. Instead of sifting through thousands of false positives, security teams get a clear view of remaining CVEs under active exploit, allowing for targeted remediation. This dramatically reduces the "alert fatigue" common with traditional vulnerability scanners.
Threat intelligence is integrated with actions to make it easy for you to assign tickets and trigger automation based not just on CVSS but also on real time exploitability intelligence.
For security engineers in highly regulated sectors, maintaining absolute control over the container supply chain is a non-negotiable requirement. Minimus natively supports the seamless synchronization of its hardened image library into any private OCI-compliant registry, including AWS ECR, Azure Container Registry (ACR), Google Artifact Registry, JFrog Artifactory, and Sonatype Nexus. This capability is vital for industries such as National Defense, Financial Services, and Healthcare, where organizations often operate in "dark site" or fully air-gapped environments to mitigate data exfiltration risks. By mirroring the Minimus library locally, teams ensure that production clusters only pull from internally governed, verified sources, providing a robust defense-in-depth against upstream availability issues or external supply chain disruptions.
