Altara — open-source React component library for ROS2 dashboards
Open-source React library ships aerospace instruments and telemetry widgets ready to use.
Altara, a new open-source React component library by developer Jaya Sai Kishan, targets ROS2 dashboard builders who often need to recreate the same UI widgets for every robotics or autonomous vehicle project. The library includes a comprehensive set of pre-built components: aerospace instruments like an attitude indicator, horizontal situation indicator (HSI), altimeter, and airspeed gauge; robotics-specific views such as an occupancy grid, LiDAR point cloud viewer, and object detection overlay; and general telemetry widgets including time-series charts, signal panels, and a waterfall spectrogram. These components are designed to connect directly to real-time data streams via native rosbridge and MQTT adapters, making integration with existing ROS2 systems straightforward.
Altara's primary appeal is its ability to cut down repeated implementation work for developers building ground control stations (GCS) or monitoring interfaces. By offering a ready-made React component set with a live demo and an MIT license, Altara encourages community contributions and customization. The project is early-stage, and the creator explicitly requests feedback on missing features, bugs, or usability issues from those actively building ROS2 monitoring interfaces. This library could significantly accelerate the development of intuitive, real-time dashboards for robotics, autonomous vehicles, and telemetry-heavy applications, saving weeks of custom UI development per project.
- Includes aerospace-grade instruments: attitude indicator, HSI, altimeter, airspeed gauge.
- Provides robotics-specific visualizations: occupancy grid, LiDAR point cloud viewer, object detection overlay.
- Offers native rosbridge and MQTT adapters for seamless real-time data streaming.
Why It Matters
Altara saves robotics developers months of effort by offering pre-built, customizable dashboard components for ROS2.