Smarter Cities Start with Edge AI and Resilient Connectivity

Flood detection. Energy efficiency. Environmental intelligence.

At IoT, we design and deploy infrastructure that enables real time decision making across councils, public spaces, and critical infrastructure even where mobile networks fail.

What is The Internet of Things (IoT)
The Internet of Things (IoT) is the network of everyday physical sensors, devices connected to the internet, enabling them to collect and share data. This technology allows real time monitoring, automation, and decision making across homes, cities, industries, and critical infrastructure.

Who We Are

Since 2007, IoT has built a robust foundation in the Internet of Things, successfully connecting over 100,000 IoT services for businesses, enterprises, and government organisations. Our experience now drives our mission to deliver critical connectivity solutions that support vulnerable individuals, emergency services, and community infrastructure.

We are also a recognised supplier for the Gold Coast Regional Development Australia Industry 4.0 Hub(industry4.0.rdagoldcoast.org.au/businesses/the-internet-of-things), highlighting our role in advancing smart city technologies.

We work with industry experts and partners across Australia and around the globe, combining local knowledge with international innovation to deliver best-in-class IoT solutions.

Our Smart City Applications

We work closely with councils to implement a wide range of IoT-based smart city solutions, including:

  • IoT Upstream Flood Monitoring 

    An early warning system that monitors water levels at upstream locations such as creeks, catchments, and river inlets before they impact downstream communities. Using radar distance sensors, LoRa-WAN, NB-IoT, and satellite connectivity, the system delivers real-time data, camera verification, and predictive analytics to councils and emergency services, enabling proactive measures to prevent damage.

  • Infrastructure Management

    Remote monitoring of bridges, public gates, and fencing for safety and maintenance.

  • Artificial Narrow Intelligence (ANI) in Camera Flood Monitoring 

    Our flood monitoring cameras use AI-driven algorithms trained for specific detection tasks such as identifying rising water levels, analysing water flow speed, and detecting debris movement. This targeted intelligence ensures rapid, accurate alerts by focusing on well-defined parameters, integrating seamlessly with other sensor data for a complete situational overview.

  • Flood and Environmental Monitoring

    Integrated networks of water level sensors, rainfall gauges, soil moisture probes, and environmental quality monitors. These systems provide continuous data to predict flood events, manage water resources, and monitor environmental health, allowing councils and emergency services to respond faster and plan long-term resilience strategies.

  • Connectivity for Public Safety

    Triple-redundant communication for emergency response via a triple-redundancy network (NB-IoT, LoRa-WAN, and satellite)

  • Environmental Monitoring

    Soil moisture sensors, air quality monitoring, and water quality buoys to support sustainability.

These solutions help councils reduce risk, lower insurance premiums, and create safer, more resilient communities.

Whether you're managing a remote flood prone bridge, a CBD convention centre, or an inclusive housing precinct, we build smart infrastructure that stays connected, learns, and evolves with your city’s needs.

Intelligent Early Warning – Upstream Flood Monitoring

Our upstream flood monitoring system provides early detection of potential flood risks at creeks, catchments, culverts, and river inlets, well before they impact downstream communities. Combining radar distance sensors with LoRaWAN, NB-IoT, and satellite connectivity, the system delivers real-time water level data, camera verification, and predictive analytics powered by Edge AI.

This allows councils and emergency services to act proactively closing roads, alerting residents, or deploying resources ahead of time. Designed for remote deployment with solar power and autonomous logic, the system continues to operate even during power outages or network disruptions.

Key Differentiators:

  • Edge AI for instant local intelligence
  • Triple Redundant Connectivity (NB-IoT, LoRaWAN, Satellite)
  • Fully solar powered & remotely managed
  • Scalable for regional & metropolitan councils

Water Quality Monitoring

A cutting-edge water quality monitoring buoy equipped with ultrasonic, pressure, pH, dissolved oxygen, and temperature sensors. Connected via a triple-redundancy network (NB-IoT, LoRa-WAN, and satellite), it provides real-time data for environmental protection, flood prediction, and aquaculture management.

Flood and Environmental Monitoring

Integrated networks of water level sensors, rainfall gauges, soil moisture probes, and environmental quality monitors. These systems provide continuous data to predict flood events, manage water resources, and monitor environmental health, allowing councils and emergency services to respond faster and plan long-term resilience strategies.

Flood monitoring upstream

An early warning system that monitors water levels at upstream locations such as creeks, catchments, and river inlets before they impact downstream communities. Using radar distance sensors, LoRa-WAN, NB-IoT, and satellite connectivity, the system delivers real-time data, camera verification, and predictive analytics to councils and emergency services, enabling proactive measures to prevent damage.

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