How LoRaWAN Works
LoRaWAN is a low-power, wide-area network protocol designed for IoT, standardized by the LoRa Alliance. It enables battery-operated sensors to communicate over long distances with minimal infrastructure.
The LoRaWAN Architecture
From sensor to application in four simple steps
Sensors Collect Data
LoRaWAN sensors deployed across buildings, plants, and outdoor sites collect telemetry — environmental readings, occupancy, vibration, leak detection, fire and security events, and more. Battery-powered devices can operate for 10+ years without maintenance.
Gateways Receive Signals
LoRaWAN gateways receive signals from thousands of sensors simultaneously. A single gateway can cover a large building complex or campus.
Network Server Processes
The server authenticates devices, manages the network, and routes alerts to your monitoring system.
Applications Deliver Value
Your applications receive clean, structured data via APIs or integrations. Build dashboards, trigger alerts, or feed data into existing systems.
Why LoRaWAN?
Key advantages over other connectivity options
15km Range
Long-range coverage in rural areas
10 Year Battery
Ultra-low power consumption
Network Scalability
LoRaWAN scales from tens to thousands of nodes per gateway
End-to-End Security
AES-128 encryption
Bi-Directional
Send commands to devices
Low Cost
Affordable infrastructure
Where ParticLIO Fits
LoRaWAN connects sensors to applications through gateways and a network server. ParticLIO typically delivers the hardware layer and, on ODM projects, co-builds firmware and partner-branded software.
Hardware
You: Choose catalog SKUs or custom RF design
ParticLIO: Manufacture sensors and gateways in China
Product
You: Define certification targets and branding
ParticLIO: Enclosure, mechanical design, cert project support
Software
You: Own network server and customer platform
ParticLIO: Firmware tuning; ODM co-dev for apps and dashboards
Project
You: Go-to-market and field rollout
ParticLIO: Samples, pilots, production supply, export terms