A good industrial configuration platform for the Internet of Things (IoT)

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A good industrial configuration platform for the Internet of Things (IoT)
  1. Node-RED: A popular, web-based visual programming tool that can be used to connect hardware devices, APIs, and online services to build your own cloud configuration system.
  2. ThingSpeak: An open-source platform for connecting IoT devices, data analysis, and visualization, supporting a wide range of hardware devices and sensors, and providing API interfaces and open data access.
  3. Freeboard: An open-source web-based data visualization platform that can integrate with various data sources (such as sensor data, APIs, etc.), offering a rich set of visualization components and scalability.
  4. OpenRemote: An open-source platform for building IoT and cloud configuration systems, providing a wide range of functions and components that can connect with various hardware devices and sensors.
  5. Grafana: A popular open-source dashboard and visualization platform that supports real-time streaming data from various sources, including IoT devices. It also provides a large number of plugins and integrations with other tools.
  6. Freeboard: An open-source dashboard platform designed to be simple and easy to use. It provides a drag-and-drop interface for building dashboards and supports real-time streaming data from various sources.
  7. Thingsboard: An open-source IoT platform that includes a real-time dashboard builder. It supports a wide range of IoT devices and protocols, and provides a customizable dashboard builder with real-time data visualization capabilities.
  8. Apache Superset: A web-based data visualization platform that provides a rich set of visualization components and data exploration functions, allowing for easy construction of interactive reports and dashboards.
  9. Grafana: A popular open-source visualization platform that can obtain real-time data from various data sources (such as databases, APIs, IoT devices, etc.), supports multiple chart types and custom plugins.
  10. Metabase: A simple and easy-to-use data analysis and visualization tool that can transform data into charts and dashboards through a simple query language and visual interface.
  11. Redash: An open-source data visualization and reporting tool that supports multiple data sources and query languages, provides a rich set of visualization components and chart types, and allows for easy construction of your own reports and dashboards.
  12. Apache Zeppelin: A web-based data analysis and visualization platform that supports multiple data sources and interactive data exploration, enabling the transformation of data into charts, tables, and dashboards through a visual interface.
  13. Eclipse SCADA: An open-source industrial configuration platform based on the Eclipse platform, offering functions such as data collection, alarming, control, and visualization. It can be used to build automation control and monitoring systems.
  14. OpenSCADA: A cross-platform open-source industrial automation platform, providing rich driver and protocol support, allowing connectivity with various hardware devices and sensors, and supporting multi-user, multi-site, and distributed architectures.
  15. Node-RED: A popular, web-based visual programming tool that can be used to connect hardware devices, APIs, and online services, enabling the construction of one's own industrial configuration system.
  16. IoTivity: An open-source IoT platform offering extensive device management and data communication capabilities, suitable for building automation control and monitoring systems.
  17. Eclipse Kura: An open-source IoT gateway platform supporting multiple sensors and protocols, providing functions such as data collection, remote management, and control, enabling the construction of industrial automation and monitoring systems.

These platforms all offer a wealth of functions and components to assist users in rapidly building their own data visualization and analysis systems. Each platform has its unique characteristics, strengths, and weaknesses, allowing users to choose the appropriate platform based on their needs and technical proficiency.

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