3D-PAWS Manual
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English
English
  • Introduction
    • System Cost
    • Calibration and Data Quality Assessment
  • 3D-Printed Automatic Weather Station
    • 1. Light Sensor (End of Life)
    • 2. Rain Gauge Assembly
    • 3. Rain Gauge Calibration
    • 4. Rain Gauge Screen
    • 5. Anemometer
    • 6. Wind Vane Assembly - Digital Sensor
    • 7. Wind Vane - Alignment
    • 8. Radiation Shield Wiring
    • 9. Radiation Shield Assembly
    • Testing the Sensors
    • 10a. Data Logger - Particle
    • 10b. Data Logger - Raspberry Pi
    • 11. Solar Panel Support
    • 12. Building the Weather Station
    • 13. Siting the Station
    • Station Maintenance
  • Additional Instruments
    • Stream/Storm Surge Gauge
    • Snow Gauge
    • Air Quality
    • Black Globe
  • Data Loggers
    • Particle IoT
    • Raspberry Pi
      • Software Image
    • Adafruit Feather M0
  • Data Access and Visualization
    • CHORDS
    • Grafana
    • Particle / CHORDS Integrations
  • Downloads
    • 3D Printing Files
    • Current Full Manual (PDF version)
    • Materials and Tools
    • Rain Gauge Calibration Spreadsheet
  • Other 3D-PAWS Resources
    • Online Instrumentation Course
    • Previous Manual Versions
      • 3D-PAWS Manual 2022 (Qwiic cables)
      • 3D-PAWS Manual 2020
  • Helpful Videos
  • 3D-PAWS User Forum
  • Terms of Use
  • About Us
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Data Access and Visualization

Introductions to the CHORDS portal, Grafana Dashboards, and integrations

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Last updated 1 month ago

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Overview

The 3D-PAWS system provides a robust, cloud-based data access and visualization platform designed to streamline the journey from sensor data collection to actionable insights. The platform is organized into three main sub-pages: CHORDS, Grafana, and Particle / CHORDS Integrations, each supporting different aspects of data management and visualization.

Data Flow and Connectivity

Sensor data from the 3D-PAWS data logger is transmitted to the internet via a local access point connection (Cellular, Wifi, or LoRaWAN). Depending on the hardware configuration, the logger connects either through the Particle Cloud (for Particle-based devices) or directly to the ICDP server (for Raspberry Pi or Adalogger Feather setups). Once online, the data is securely forwarded to the CHORDS data portal using simple HTTP requests or cloud integrations. For Particle devices, this process leverages Particle’s integration features to seamlessly push published events to CHORDS, while other devices utilize direct server communication.

CHORDS Data Portal

The CHORDS portal serves as the central hub for data ingestion, management, and access. Users can observe real-time data, monitor instrument performance, and download datasets for further analysis. The portal supports easy integration with external applications and provides automatic registration functions for visualization and mapping services.

Grafana Visualization

For in-depth data analysis and visualization, the system employs Grafana, an open-source platform renowned for its interactive dashboards and advanced querying capabilities. Grafana connects to the CHORDS portal, enabling users to create custom dashboards, visualize trends, and share insights across teams. This integration empowers users to interpret complex environmental datasets through charts, graphs, and maps, facilitating rapid identification of patterns and anomalies.

Particle / CHORDS Integrations

The Particle/CHORDS integration page details the configuration steps required to link Particle devices with the CHORDS portal. Using Particle’s webhook and integration features, users can automate the forwarding of sensor data to CHORDS, ensuring seamless data flow from remote devices to the cloud and into the visualization ecosystem.

Together, these tools provide a comprehensive, user-friendly interface for accessing, analyzing, and visualizing environmental data collected by the 3D-PAWS system.

CHORDS
Grafana
Particle / CHORDS Integrations