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Case Study

RPR LoRaWAN IoT Platform & Dashboard

A Customer-Facing IoT Platform for Device Management, Data Visualisation, and Alerts
Client
Richard Paul Russell Ltd
Industry
Environmental & Industrial Monitoring, IoT
Location
United Kingdom
Platform
RPR IoT
Reference
Scope
IoT Backend Engineering, API Development, Web Dashboard, Production Platform
RPR’s product portfolio includes a growing range of LoRaWAN-enabled environmental sensors deployed across diverse use cases such as water quality monitoring, environmental compliance, and remote sensing.

To complement its hardware offering, RPR required a customer-facing IoT platform that would allow users to securely manage devices, visualise sensor data, collaborate within teams, and receive alerts when conditions change. The platform was designed as a value-added digital service, offered through a subscription-based model, with a free tier available for evaluation and onboarding.
The Challenge
While LoRaWAN provides efficient long-range, low-power communication, it does not, on its own, solve key operational and customer needs
  • Raw device data requires processing and normalization
  • Customers need a simple way to claim and manage their devices
  • Sensor data must be visualised clearly over time
  • Multiple users within an organisation must collaborate securely
  • Alerts must be configurable without technical expertise
  • Activity on devices and data must be auditable
  • The platform must be reliable and production-ready from day one
The challenge was to build a complete IoT application layer on top of the LoRaWAN network that could scale with both device volume and customer adoption.
Platform Overview
The RPR IoT platform consists of three core components
  • Ingress Server for LoRaWAN data intake
  • API Server providing the application backend
  • Customer-Facing Web Dashboard
Together, these components form a secure, scalable system that transforms raw LoRaWAN messages into actionable insights for end users.
LoRaWAN Ingress & Data Processing
Sensor data is transmitted via The Things Network (TTN) and received by a dedicated ingress server. The ingress layer is responsible for
  • Receiving uplink messages from LoRaWAN devices
  • Validating and parsing payloads
  • Normalising sensor data into structured formats
  • Forwarding data reliably into the core application backend
This design isolates network-specific concerns from the rest of the platform, allowing the system to evolve independently of underlying LoRaWAN infrastructure.
API Server & Application Backend
At the heart of the platform is a robust API server that powers all application functionality.
Key responsibilities include
  • Device lifecycle management
  • User authentication and authorization
  • Organisation and group management
  • Data storage and retrieval
  • Alert configuration and execution
  • Audit logging and activity tracking
The API serves as a single source of truth for devices, users, and data, enabling consistent behavior across all parts of the system.
Customer-Facing Dashboard
The web dashboard is designed for non-technical users while remaining powerful enough for advanced operational use.

Device Claiming & Management

  • Users can securely claim their devices
  • Devices are associated with organisations and groups
  • Permissions control who can view or manage each device

Custom Dashboards & Visualisation

  • Users can create dashboards tailored to their needs
  • Graphs can be added to visualise time-series sensor data
  • Factory floor blueprints and geospatial image-maps can be used to pinpoint exact sensor location
  • Multiple sensor parameters can be viewed simultaneously
  • Dashboards update as new data arrives

Collaboration & Access Control

  • Organisations can invite multiple users
  • Users are grouped to control access and responsibilities
  • Collaboration supports teams operating across locations

Alerts & Notifications

  • Users can configure alerts on sensor thresholds
  • Alerts trigger both email and in-app notifications
  • Supports proactive monitoring and rapid response

Audit Logging

  • All critical actions are logged
  • Includes device changes, configuration updates, and user actions
  • Provides traceability and accountability for regulated or sensitive environments
Business Model & Commercial Impact
The RPR IoT platform operates on a subscription-based model, with
  • A free tier allowing customers to trial the platform
  • Paid plans unlocking advanced features and scale
This approach
  • Adds ongoing value beyond hardware sales
  • Strengthens customer retention
  • Creates a recurring revenue stream
  • Positions RPR as a provider of integrated hardware and software solutions
Production Readiness & Reliability
The platform is fully live and in active use by customers.
Key production characteristics include
  • Stable ingestion of real-time LoRaWAN data
  • Secure access controls across organisations
  • Scalable architecture supporting growing device fleets
  • Reliable notification delivery
  • Clear separation between free and paid subscription tiers
The system is designed to support long-term data retention and future analytics enhancements.
Outcomes & Impact
The platform delivered several tangible outcomes
  • Enabled customers to manage and visualise LoRaWAN sensor data independently
  • Reduced operational friction through self-service dashboards
  • Improved collaboration within customer organisations
  • Enabled proactive monitoring through alerts and notifications
  • Added a scalable digital service layer to RPR’s hardware offering
  • Successfully launched as a production system with active users
Why This Case Study Matters
This project demonstrates how a well-designed IoT platform can bridge the gap between connected devices and real-world decision-making. By combining
  • Reliable LoRaWAN data ingestion
  • A flexible API-driven backend
  • A customer-friendly dashboard
RPR created a platform that transforms raw telemetry into usable, actionable insight.
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Ongoing Relationship
TuringX continues to work with RPR across IoT platforms, dashboards, e-commerce systems, and managed IT operations, supporting the company’s long-term digital growth.