Field-proven NHR IoT deployments across smart cities, agriculture, logistics, energy, and industrial infrastructure.
A full district round can still miss what needs work. Parking, bin and drainage status on one platform lets teams check data first and plan rounds.
At peak hours, bins fill faster than visual rounds can follow. B01 alerts station control when a bin is full, and cleaners are dispatched over existing radios.
Bins fill at different rates, so fixed rounds miss the right moment. At 85% fill, B01 sends a LINE message straight to the cleaner responsible for that area.
On fixed routes, full bins wait while others get rechecked. Bin and recycling status feeds task ranking, so cleaners go where they're needed first.
On busy streets, violations end before patrols arrive. Bay sensors record occupancy time for designated spaces, giving staff a basis for follow-up review.
Often the street isn't full—open bays just can't be seen. P01-NW reports occupancy in real time so drivers find bays and operators understand turnover.
The bays were there, but no one could see them, and wiring a district is a big job. In-ground P02-LW sensors report over LoRaWAN with less cabling.
Metered bays went digital, but free curbside bays stayed invisible. Embedded sensors cover general, accessible and large-vehicle bays—no cameras, no plate records.
By the time a patrol passes, a blocked stop has already turned buses away. Eleven sensing points along each stop flag likely obstruction so enforcement knows sooner where to go.
Visitor parking can throw reception off before guests arrive. P02-LW sensing, reservations and status lights show at a glance whether a bay is reserved, free or taken.
With no open bay in sight, traffic circles the historic lanes. P02-LW sensors set into the paving use the existing LoRa network, putting availability online with minimal impact on the streetscape.
With several flood hotspots, pumps often go to whoever calls first. LoRaWAN level monitoring gathers key channel readings so pumping and checks follow actual levels.
The tighter the stacked farm, the less room for nutrient drift. Wireless monitoring gathers nutrient concentration, pH, dissolved oxygen and level so growers adjust early with fewer rack walks.
