An open-source Docker container management system that integrates container, application, cluster, image, and registry management in one place.
Haven is an open-source Docker container management system that integrates container, application, cluster, image, and registry management into a single platform. It simplifies Docker cluster orchestration by providing a unified interface for managing multiple clusters and registries, built on Docker, Swarm, and Compose.
DevOps engineers, system administrators, and developers managing Docker-based infrastructure who need a consolidated tool for cluster and container administration.
Haven offers a comprehensive, all-in-one solution for Docker management, combining UI and CLI tools with features like delegated admin, job scheduling, and registry integration, reducing the need for multiple disparate tools.
Haven is an open source Docker container management system. It integrates container, application, cluster, image, and registry management in one single place.
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Provides both a user-friendly UI and command-line tools for comprehensive control, as shown in the dashboard and module screenshots for clusters, containers, and images.
Manages multiple Docker Swarm clusters from a single platform, with delegated admin features to assign rights per cluster, reducing bottlenecks.
Supports configuration of private and public Docker registries, allowing easy image selection without remembering registry details, as highlighted in the registry management section.
Includes job scheduling for unattended tasks like image updates, with auditing capabilities demonstrated in the Jobs module for cluster-specific operations.
Built exclusively on Docker Swarm and Compose, making it unsuitable for Kubernetes users and limiting flexibility in orchestrator choice.
Requires significant configuration for multi-cluster management, as indicated by the separate installation documentation and need for property configurations.
While comprehensive for Swarm, it lacks native support for advanced orchestration features like service meshes or extensive plugin ecosystems compared to Kubernetes-based tools.