Early fire-risk monitoring

FireAlert — early fire-risk monitoring with optical PM sensors

Optical sensors read the particles in the air and send the numbers back over LoRaWAN, from places with no mains power and no mobile signal. When the reading climbs, you hear about it.

FireAlert

Two devices

One for the weeks after a fire. One for the years before it.

FireAlert Go
FireAlert Go

FireAlert Go

Runs on its own battery, so it goes up in minutes. Built for the watch after a fire is out.

  • Battery powered
  • Quick deployment
  • Post-fire monitoring
FireAlert Solar
FireAlert Solar

FireAlert Solar

Solar panel and battery, for ground you need watched over years rather than weeks.

  • Solar + battery
  • Long-term deployment
  • Continuous area monitoring

Key Features

Three parts: the sensor, the network that carries its readings, and the platform that watches them.

Optical PM Sensor

An optical sensor that counts PM1.0, PM2.5 and PM10 particles in the air.

  • PM1.0 / PM2.5 / PM10
  • Smoke monitoring
  • Temperature & humidity

LoRaWAN Connectivity

Long range on very little power, so a device keeps reporting from a hillside with no mains supply and no mobile coverage.

  • No mains power, no SIM card
  • Long range, low power
  • Real-time data transmission

FireAlert Platform

One screen for every device, its history, and who gets told when something changes.

  • Real-time dashboard
  • Alert notifications
  • REST API access

How It Works

From a change in the air to a message on your phone, in three steps.

1

Smoke Indication

Optical sensor measures PM particle concentration in the air.

2

Data Transmission

Data is sent via the LoRaWAN network to the server.

3

Alert & Analysis

The platform compares the reading against your thresholds and tells whoever needs to know.

Not sure whether it fits your site?

Tell us what you need watched and we will tell you honestly whether this helps.