8 open-source projects similar to containers/oci-seccomp-bpf-hook, ranked by shared indexed features. Tags may describe platforms or build tools rather than the same primary purpose. Check each project’s use case, license, and deployment requirements before treating it as a replacement.
Goss is an infrastructure validation tool and testing framework used to verify that a server's current state matches a desired configuration. It compares live system output against YAML or JSON specifications to validate components such as packages, services, users, and network ports. The tool enables the automated generation of test specifications by capturing the existing state of a system. It supports diverse deployment environments through the use of dynamic templates and variable files. Beyond point-in-time validation, the framework can execute retrying tests that poll for state converg
Safely providing access to a docker daemon to untrusted containers is challenging. By design docker doesn't provide any sort of access control over what can be done over that socket, so anything which has the socket has the same influence over your system as the user that docker is running as.…
This project is a security compliance tool and configuration auditor designed to evaluate Docker deployments against industry security benchmarks. It functions as a script-based scanner that identifies misconfigurations and vulnerabilities within both the host operating system and container settings. The tool specifically implements the Center for Internet Security standards for Docker to verify host and container configurations. It enables a hardening workflow by comparing system states against these standards to identify security gaps and document compliance status. The audit engine suppor
A tool to help forensicate offline docker acquisitions
This project is a secure container runtime that provides strong isolation for application workloads by implementing a userspace kernel. By intercepting system calls and executing them within a memory-safe, restricted environment, it minimizes the attack surface exposed to the host kernel. It functions as a drop-in engine for standard container orchestration platforms, ensuring compatibility with industry-standard runtime specifications while maintaining a hardened execution boundary. The runtime distinguishes itself through its ability to virtualize core system resources, including an indepen
AppArmor profile generator for docker containers. Basically a better AppArmor profile, than creating one by hand, because who would ever do that.
Resources and tools to assert compliance of containers (rocket, docker, ...).