A web-based GUI for managing MongoDB connections, databases, collections, and documents with a responsive interface.
adminMongo is a web-based graphical user interface (GUI) for managing MongoDB databases. It allows users to handle connections, databases, collections, and documents through a responsive web interface, eliminating the need for command-line interactions. The tool supports features like querying documents, managing indexes, and server monitoring, making MongoDB administration more accessible.
Developers, database administrators, and DevOps engineers who work with MongoDB and prefer a visual interface over command-line tools for database management tasks.
adminMongo offers a free, open-source, and self-hostable alternative to commercial MongoDB GUIs, with a focus on simplicity, cross-platform compatibility, and responsive design that works on various devices.
adminMongo is a Web based user interface (GUI) to handle all your MongoDB connections/databases needs.
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Offers a free, self-hostable alternative to commercial MongoDB GUIs, making it accessible for developers on a budget or in internal networks.
The web-based interface is fully responsive and works across devices, allowing MongoDB administration from desktops, tablets, or mobile browsers without proprietary software.
Supports a wide range of operations, including creating/deleting databases, backing up/restoring, and editing documents with JSON syntax highlighting, as outlined in the README features.
Enables handling multiple MongoDB connections from a single interface with configurable connection strings and options, simplifying management for developers with multiple instances.
Connection information, including usernames and passwords, is stored unencrypted in config files, which the README explicitly warns against for production or public-facing servers.
Connection strings with multiple hosts for replica sets are not supported, restricting use in high-availability MongoDB deployments that require robust failover management.
Documents must have '_id' values as strings, integers, or ObjectIds; composite IDs are unsupported, limiting flexibility for certain data models, as noted in the current limitations.