Technology Overview

How LoRaWAN Works

LoRaWAN is a low-power, wide-area network protocol designed for IoT. It enables battery-operated sensors to communicate over long distances with minimal infrastructure.

The LoRaWAN Architecture

From sensor to application in four simple steps

01

Sensors Collect Data

LoRaWAN sensors deployed in the field collect environmental data like temperature, humidity, pressure, or location. Battery-powered devices can operate for 10+ years without maintenance.

Ultra-low power consumption
IP67 weatherproof
15km+ range in rural areas
AES-128 encrypted
02

Gateways Receive Signals

LoRaWAN gateways receive signals from thousands of sensors simultaneously. A single gateway can cover an entire city or large rural area.

Thousands of devices per gateway
8-channel or 64-channel options
Indoor or outdoor deployment
Redundant coverage possible
03

Network Server Processes

The LoRaWAN Network Server authenticates devices, manages the network, and routes data to applications. Our enterprise platform handles millions of messages.

Device authentication
Downlink scheduling
Adaptive data rates
Global scalability
04

Applications Deliver Value

Your applications receive clean, structured data via APIs or integrations. Build dashboards, trigger alerts, or feed data into existing systems.

REST API access
MQTT streaming
Webhooks
Database integrations

Why LoRaWAN?

Key advantages over other connectivity options

15km Range

Long-range coverage in rural areas

10 Year Battery

Ultra-low power consumption

Millions of Devices

Massive scalability

End-to-End Security

AES-128 encryption

Bi-Directional

Send commands to devices

Low Cost

Affordable infrastructure

Ready to Deploy LoRaWAN?

Get started with our enterprise platform and deploy your first sensors today.