Start here · Essential guide
Connected Infrastructure: Water, Gas and Power Networks
How sensors, meters and communication links help operators watch the pipes, wires and mains that deliver water, gas and electricity, and where the limits are.
Planet and Industry
Connected networks that deliver water, power and city services.
Start here · Essential guide
How sensors, meters and communication links help operators watch the pipes, wires and mains that deliver water, gas and electricity, and where the limits are.
How river gauges, drain level sensors and rainfall data turn water-level readings into flood warnings, and why warnings still have limits and false alarms.
How strain gauges, tilt sensors, accelerometers and crack monitors track the health of bridges, roads and buildings, and what the readings can and cannot tell you.
How line sensors, fault indicators and customer meters help utilities find where a power outage or fault is, and why locating a cause is still harder than it sounds.
How vehicle location feeds and door sensors give transit agencies real-time positions and boarding counts, and how that data shapes schedules and rider information.
How in-ground sensors, cameras and counters detect open parking spaces and measure vehicle flow, plus accuracy limits and privacy points for city deployments.
How connected streetlights use dimming, schedules and fault reporting to save energy and speed repairs, plus the practical limits cities should expect.
How remote water meter reading works and how flow patterns, such as steady overnight use, can reveal leaks, with the limits of the method explained.
How ultrasonic fill-level sensors in bins can shape collection routes, where they help, and the practical reasons they sometimes fall short in real cities.
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