A web interface for browsing and managing Docker registries via the HTTP API V2, built with Ruby on Rails.
Docker Registry Browser is a web-based interface that allows users to browse, search, and manage container images stored in Docker registries. It connects to any registry implementing the Docker Registry HTTP API V2, providing a visual alternative to command-line tools for registry interaction.
DevOps engineers, system administrators, and development teams who need to manage Docker registries and want a visual interface for browsing container images and tags.
It offers a straightforward, self-hosted web interface for Docker registry management without requiring complex CLI commands, making registry exploration and maintenance more accessible for teams.
🐳 Web Interface for the Docker Registry HTTP API V2 written in Ruby on Rails.
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Available as a Docker container and Helm chart, with run commands and chart details provided in the README, simplifying setup in containerized environments.
Offers visual browsing of repositories and tags, with screenshots showing detailed layer inspection and tag deletion, reducing reliance on CLI tools.
Works with any Docker registry implementing the HTTP API V2 standard, as stated in the key features, ensuring compatibility with both public and private registries.
Enables direct tag deletion and metadata viewing without complex commands, aligning with its philosophy of practicality for everyday registry tasks.
Focuses only on basic browsing and deletion; lacks advanced features such as image promotion, access control, or integration with CI/CD pipelines, making it less suitable for complex workflows.
Built on Ruby on Rails, which may introduce additional overhead and require familiarity with that stack for customization or troubleshooting, as noted in the README.
Configuration details require consulting external documentation linked in the README, potentially increasing setup time and complexity for users.