An open-source administration panel and querying interface for InfluxDB databases, available as an Electron app or Docker container.
Time Series Admin is an open-source administration panel and querying interface specifically built for InfluxDB databases. It provides a graphical user interface to manage databases, execute queries, and visualize time-series data, addressing the need for a more accessible alternative to command-line tools. The tool is available as both a desktop Electron application and a Docker container for flexible deployment.
Developers, data engineers, and system administrators who work with InfluxDB and prefer a visual interface for database management and query execution over command-line methods.
It offers a free, self-hostable alternative to proprietary InfluxDB management tools, with the flexibility of desktop and web-based deployments via Electron and Docker, making it easier to interact with time-series data without vendor lock-in.
Administration panel and querying interface for InfluxDB databases. (Electron app / Docker container)
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Provides a graphical interface for managing InfluxDB databases, simplifying tasks like creation and configuration without CLI expertise, as outlined in the key features.
Available as a desktop Electron app and a web-based Docker container, offering deployment options for both local and server environments, per the README.
Can be run locally or on private servers via Docker, ensuring data control and avoiding cloud dependencies, highlighted in the self-hosted option.
Open-source under MIT license, it serves as a free alternative to proprietary InfluxDB management tools, reducing vendor lock-in.
The README references a TODO.md file for planned implementations, indicating that some functionality may be missing or under development.
Designed exclusively for InfluxDB, it lacks compatibility with other time-series databases, limiting its use in diverse data environments.
As an Electron-based application, it may consume more memory and CPU than lightweight CLI tools, potentially affecting performance on resource-constrained systems.