LoRaWAN + BLE Beacon Tracking Solution Case Study

A Scalable Personnel and Asset Tracking System for Large Factories, Hospitals, Logistics Parks, and Industrial Campuses

1. Industry Challenges

In large-scale environments such as manufacturing plants, hospitals, logistics parks, and industrial campuses, organizations often face 

several operational challenges:

· Difficulty tracking personnel across multiple buildings, floors, and work areas.

· Limited visibility of valuable assets, equipment, tools, and inventory.

· Complex indoor environments that make Wi-Fi or traditional Bluetooth coverage expensive and difficult to maintain.

· High deployment costs associated with conventional Bluetooth gateway solutions.

· Poor scalability when expanding coverage to new buildings or operational areas.

For large-scale deployments, traditional Bluetooth gateway systems often suffer from a common issue:

The larger the coverage area, the higher the infrastructure cost and maintenance burden.

2. Customer Success Story

A large manufacturing facility covering over 200,000 square meters was looking for a cost-effective solution to track employees, forklifts, 

production equipment, and inventory across multiple workshops and warehouse buildings.

After evaluating several technologies, the customer selected our:

LoRaWAN + BLE Hybrid Tracking Solution

By combining Bluetooth Low Energy (BLE) beacons with long-range LoRaWAN communication, the customer achieved reliable, large-scale 

tracking coverage while significantly reducing deployment costs.

3. System Architecture

The solution consists of five key components:

3.1 LoRaWAN Gateway

Campus-Level Data Collection and Cloud Connectivity

The LoRaWAN Gateway serves as the central communication hub of the system.

Main Functions:

· Receives data from multiple CP34 relay devices.

· Provides long-range wireless communication across the facility.

· Uploads tracking data to cloud platforms or local servers.

· Supports campus-wide coverage with minimal infrastructure.

Benefits

· Kilometer-level communication range.

· Significantly fewer gateways required.

· Lower installation and maintenance costs.

· Ideal for large factories, logistics parks, hospitals, and industrial campuses.

3.2 CP34 BLE Relay Host

Area-Level Data Collection Device

The CP34 acts as a BLE data collector and LoRaWAN relay.

Main Functions:

· Scans nearby BLE beacons.

· Collects personnel and asset tracking data.

· Transmits collected information to the LoRaWAN Gateway.

Typical Deployment Locations

· Manufacturing workshops

· Warehouse zones

· Building floors

· Hospital departments

· Logistics centers

Role

The CP34 functions as an Area Data Aggregator, collecting BLE data within its coverage zone and forwarding it to the LoRaWAN network.

3.3 CP32 Personnel Badge

Employee Tracking Device

The CP32 is worn by employees as a smart ID badge.

Main Functions:

· Continuously broadcasts BLE signals.

· Enables real-time personnel tracking.

· Supports attendance monitoring.

· Records movement and inspection routes.

· Improves workplace safety management.

Applications

· Employee attendance automation

· Workforce management

· Safety monitoring

· Emergency evacuation tracking

3.4 CP28 BLE Anchor

Zone Identification and Positioning Reference

The CP28 serves as a fixed BLE anchor installed at strategic locations.

Typical Deployment:

· Individual rooms

· Workshop entrances

· Warehouse sections

· Hallways and corridors

· Forklift operation zones

Main Functions:

· Defines tracking zones.

· Improves location accuracy.

· Assists in asset and vehicle positioning.

Applications

· Room-level identification

· Warehouse zoning

· Vehicle tracking support

· Workflow monitoring

3.5 CP35 / CP27 Asset Tracking Beacon

Equipment and Cargo Tracking Tag

The CP35 and CP27 BLE beacons are attached to assets or inventory items.

Typical Tracking Targets:

· Production tools

· Medical equipment

· Cargo containers

· Inventory pallets

· Valuable assets

· Forklifts and transport vehicles

Main Functions:

· Real-time asset visibility.

· Anti-loss monitoring.

· Inventory movement tracking.

· Asset utilization analysis.

4. How the System Works

Step 1

CP32 badges and CP35/CP27 asset beacons continuously broadcast BLE signals.

Step 2

CP34 relay hosts deployed throughout the facility receive and aggregate BLE data.

Step 3

The CP34 forwards the collected information through the LoRaWAN network.

Step 4

The LoRaWAN Gateway receives the data and uploads it to the cloud platform.

Step 5

The software platform provides:

· Personnel tracking

· Asset tracking

· Historical route playback

· Zone management

· Analytics and reporting

5. Factory Deployment Results

After implementing the LoRaWAN + BLE solution, the customer achieved significant operational improvements.

Lower Deployment Cost

Compared with traditional Bluetooth gateway systems:

Result

Overall deployment costs were reduced by approximately 40%–70%, depending on facility size and layout.

Greater Coverage

· Long-range LoRaWAN communication covers multiple buildings and floors.

· Reliable operation even in steel-structured industrial environments.

· Eliminates the need for dense Bluetooth gateway deployments.

Improved Operational Efficiency

The system enabled:

· Automatic employee attendance tracking.

· Real-time forklift monitoring.

· Enhanced workplace safety management.

· Improved asset visibility.

· Faster equipment location and retrieval.

Easy Scalability

When expanding coverage:

· Simply add additional CP34 relay devices.

· No major network redesign required.

· Minimal additional infrastructure cost.

This allows organizations to expand gradually from a single building to an entire industrial campus.

6. Applicable Industries

This solution is not limited to manufacturing facilities.

Manufacturing Plants

· Employee tracking

· Forklift monitoring

· Safety management

· Asset tracking

Hospitals

· Medical staff positioning

· Medical equipment tracking

· Emergency response coordination

· Department access monitoring

Logistics Parks

· Cargo tracking

· Vehicle management

· Warehouse monitoring

· Loss prevention

Industrial Campuses

· Multi-building workforce management

· Security patrol tracking

· Cross-site asset monitoring

· Smart campus operations

7. Key Advantages

✅ Long-range LoRaWAN communication for campus-wide coverage

✅ Significantly fewer gateways compared to traditional Bluetooth solutions

✅ Reduced deployment and maintenance costs

✅ Unified personnel and asset tracking platform

✅ Flexible and scalable architecture

✅ Suitable for large and complex environments

✅ Industrial-grade reliability

8. Conclusion

The LoRaWAN + BLE Tracking Solution combines the long-range capabilities of LoRaWAN with the low-power flexibility of BLE beacons 

to create a highly scalable tracking system for large facilities.

By replacing dense Bluetooth gateway deployments with a hierarchical architecture based on CP34 relay hosts and LoRaWAN gateways, 

organizations can achieve:

· Lower infrastructure costs

· Wider coverage

· Easier scalability

· Improved personnel visibility

· Better asset management

Whether deployed in a manufacturing plant, hospital, logistics park, or industrial campus, this solution provides a cost-effective and 

future-proof foundation for digital transformation and smart facility management.