Field-proven NHR IoT deployments across smart cities, agriculture, logistics, energy, and industrial infrastructure.
P01, B01, and H01 devices consolidate parking, waste-bin, and drainage status over NB-IoT on one platform, helping the district reduce zone-by-zone patrols and identify where attention is actually needed sooner.
A Taiwan orchid operation used NB-IoT to centralize live and historical temperature and humidity data across distributed greenhouses, reducing reliance on travel-heavy checks and duplicate entry.
Taiwan agriculture sites centralized weather, soil moisture, temperature, EC, and aquaculture water data to support irrigation, fertilization, and field inspections.
Stacked growing racks and tight floor space meant a Singapore vertical farm had to track nutrient concentration, pH, dissolved oxygen, and water level at once, so it turned to wireless sensors and a LoRaWAN monitoring platform to keep all four in view.
S09-TH ambient temperature sensing paired with LoRa wireless monitoring gave a greenhouse builder in the USA a way to confirm, in real time, whether crop-protection systems actually held up against frost and extreme heat.
Dutch growers used distributed wireless temperature and humidity sensing to reveal climate blind spots and support more informed zone-level decisions.
Moisture and mold in horse feed often take hold before anyone can see them — a Chilean feed and grain storage operation deployed LoRaWAN temperature and humidity sensing with centralized alerting to catch conditions before quality was compromised.
In the first weeks after hatching, chicks have almost no buffer for temperature swings — a poultry farm in Chile deployed S09-TH temperature and humidity sensing with LoRa monitoring to catch house-level deviations before they affected flock health.
S09-ETH soil sensing and S09-TH ambient sensing feed a private LoRa network with 4G backhaul, bringing scattered plots into one view and reducing the need to check field conditions plot by plot.
Underwater sensors report pond temperature around the clock, helping a Taiwan shrimp farm catch sudden drops earlier and keep verifiable records for insurance and risk management.
Corrosion-resistant temperature probes measure multiple depths inside compost piles, giving operators visibility into internal heat layers while reducing repeated manual checks in hot, humid, corrosive conditions.
A 3-in-1 soil sensor reads moisture, temperature, and EC from a single probe, helping a Taiwan vegetable grower catch salt buildup and nutrient swings before they show up in the crop.
