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Seamlessly Connect ProSense Sensors to ProSight with LoRaWAN Integration

  • Writer: tass peters
    tass peters
  • Jan 11
  • 3 min read

Integrating ProSense sensors with the ProSight platform using LoRaWAN technology offers a straightforward and efficient way to enhance your monitoring capabilities. This connection enables real-time data transmission over long distances with low power consumption, making it ideal for various industrial and environmental applications. This post explains how to set up this integration, the benefits it brings, and practical tips to ensure a smooth process.


Eye-level view of a ProSense sensor mounted on an industrial pipe with a clear sky background
ProSense sensor installed on industrial equipment, capturing environmental data

Understanding the Components: ProSense, ProSight, and LoRaWAN


Before diving into the integration process, it helps to understand the roles of each component:


  • ProSense Sensors: These devices collect environmental or operational data such as temperature, humidity, pressure, or gas levels. They are designed for durability and accuracy in challenging conditions.


  • ProSight Platform: A centralized system that receives, processes, and visualizes data from various sensors. It provides users with actionable insights through dashboards and alerts.


  • LoRaWAN Technology: A wireless communication protocol designed for long-range, low-power data transmission. It connects sensors to gateways, which then forward data to cloud platforms like ProSight.


This combination allows for efficient data collection and management without the need for complex wiring or frequent battery changes.


Preparing for Integration


To ensure a smooth connection between ProSense sensors and ProSight via LoRaWAN, follow these preparatory steps:


  • Check Sensor Compatibility

Confirm that your ProSense sensors support LoRaWAN communication. Most modern models come with built-in LoRa modules, but older versions might require additional hardware.


  • Set Up LoRaWAN Gateway

Install a LoRaWAN gateway within the sensor’s communication range. The gateway acts as a bridge, forwarding sensor data to the ProSight platform over the internet.


  • Create ProSight Account and Configure Network

Register on the ProSight platform and configure your network settings to accept data from your LoRaWAN gateway. This includes setting up device profiles and data endpoints.


  • Plan Sensor Deployment

Map out sensor locations to ensure optimal coverage and signal strength. Avoid physical obstructions that could interfere with LoRaWAN signals.


Step-by-Step Integration Process


Here is a practical guide to connect your ProSense sensors to ProSight using LoRaWAN:


  1. Activate Sensors and Connect to LoRaWAN Network

    Power on each ProSense sensor and configure its LoRaWAN settings such as device ID, frequency plan, and encryption keys. Use the sensor’s interface or a dedicated configuration tool.


  2. Register Sensors on ProSight

    Log into ProSight and add each sensor as a new device. Input the device ID and other relevant details to link the sensor with your account.


  3. Configure Data Transmission Parameters

    Set the data reporting intervals and payload formats on both the sensor and ProSight. This ensures data is sent and interpreted correctly.


  4. Test Data Flow

    Verify that sensor data appears on the ProSight dashboard. Check for any delays or missing data and adjust settings if necessary.


  5. Deploy Sensors in the Field

    Install sensors at planned locations. Secure them properly to avoid damage and ensure consistent data collection.


  6. Monitor and Maintain

    Use ProSight’s monitoring tools to track sensor health and data quality. Schedule regular maintenance to replace batteries or update firmware.


Benefits of Using LoRaWAN for ProSense-ProSight Integration


Choosing LoRaWAN for this integration brings several advantages:


  • Long-Range Communication

LoRaWAN covers distances up to 15 kilometers in rural areas and several kilometers in urban settings, reducing the need for multiple gateways.


  • Low Power Consumption

Sensors can operate for years on a single battery, lowering maintenance costs and downtime.


  • Scalability

Easily add more sensors without significant infrastructure changes.


  • Secure Data Transmission

LoRaWAN uses encryption to protect data from interception or tampering.


  • Cost-Effective Setup

Minimal wiring and infrastructure reduce installation expenses.


Practical Example: Monitoring Water Quality in Remote Locations


Imagine a water treatment company needs to monitor water quality across several remote reservoirs. Installing ProSense sensors equipped with LoRaWAN modules allows continuous measurement of parameters like pH, turbidity, and temperature. The sensors send data to a nearby LoRaWAN gateway, which forwards it to ProSight.


Through ProSight’s dashboard, operators receive real-time updates and alerts if any parameter exceeds safe thresholds. This setup eliminates the need for manual sampling and enables quick responses to potential issues, improving water safety and regulatory compliance.


High angle view of a LoRaWAN gateway installed on a rooftop overlooking a rural area
LoRaWAN gateway mounted on rooftop transmitting sensor data over long distances

Tips for a Successful Integration


  • Optimize Gateway Placement

Position gateways in elevated locations to maximize signal coverage.


  • Use Network Monitoring Tools

Regularly check network health to detect and resolve connectivity issues early.


  • Keep Firmware Updated

Update sensor and gateway firmware to benefit from the latest features and security patches.


  • Document Configuration Settings

Maintain records of device IDs, keys, and network parameters for troubleshooting.


  • Train Staff

Ensure your team understands how to operate and maintain the integrated system.


Final Thoughts on ProSense and ProSight Integration with LoRaWAN


Connecting ProSense sensors to the ProSight platform using LoRaWAN technology simplifies data collection and management across wide areas. This integration supports reliable, low-power, and secure communication, making it suitable for many monitoring applications.

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