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.
B01 bin sensing and W01 recycling monitoring cover paper, metal, and general waste streams, feeding an AI-assisted dispatch workflow that prioritizes cleaning by field status instead of fixed routes.
P02-NI in-ground sensing paired with vehicle-linked identification gives enforcement teams faster, better-documented violation records and less dependence on manual patrols.
P01-NW curbside sensors report occupancy over NB-IoT in real time, helping drivers find available spaces faster and giving operators a clear read on curbside usage and turnover.
P02-LW LoRaWAN in-ground sensors skip large-scale wiring work, giving the city live visibility into curbside availability while cutting search-related traffic and fuel waste.
Embedded P02-NW/P02-LW sensing brings standard, accessible, and larger-vehicle non-metered spaces into one real-time information service — without cameras or personal data.
Eleven consecutive sensing points, rule-based logic, and NB-IoT reporting help enforcement teams identify probable bus-bay violations earlier, easing patrol loads while keeping bays available.
P02-LW LoRaWAN sensing combined with reservation logic and LED status indicators lets visitors know before arrival whether a bay is reserved, available, or occupied.
P02-LW sensors embedded in paved bays reuse the district’s existing LoRa network, giving the heritage area real-time parking visibility while minimizing the need for new communications infrastructure.
LoRaWAN-connected H01 sensors sit at the industrial park's key drainage channels and low points, feeding water-level data into one platform so pump dispatch, road control, and patrol routing get an earlier basis for decisions.
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.
H01-NW NB-IoT radar sensors take over water-level observation on high-risk river segments, so once a level nears the warning threshold, an alert reaches every relevant agency without waiting for a manual patrol to confirm it.
H01-NW sensors installed inside UAE drainage manholes track water level and cover movement together, so an abnormal opening or shift shows up on the platform instead of waiting to be found during a hazardous patrol.
