SMART CITIES · URBAN IoT
City Infrastructure That Reports Its Own Condition
Connect streets, meters, and public assets so municipal teams see what is happening across the city in real time — over licensed LoRaWAN® built for Oman.
◆ SMART METERING
◆ PUBLIC SAFETY
◆ TRAFFIC MANAGEMENT
// THE BLIND CITY
Cities Run on Reports That Arrive Too Late.
Most municipal decisions are made from data collected weeks ago by people walking routes. By the time a report reaches a desk, the street has already changed.
Complaints before data
The first sign of a failed streetlight or burst main is usually a resident calling, not a system reporting.
Congestion managed by guesswork
Signal timing is set from historical surveys, not from what is actually queuing at the junction right now.
Utility losses across districts
Without zone-level metering, water and energy losses are absorbed into the budget instead of located.
Departments working in silos
Lighting, water, waste, and traffic each keep their own records, so nobody sees the city as one system.
// CAPABILITIES
Three Systems, One Operating Picture
📊
CAPABILITY/01
City-Scale Smart Metering
Water, electricity, and municipal utility meters across every district report themselves — turning city-wide consumption into an auditable, billable record.
◆Automated reads across all districts
◆Zone-level consumption comparison
◆Loss and anomaly ranking by area
◆Automated municipal billing feeds
DISTRICT METERING GRID
18
DISTRICTS
100%
AUTO READS
0
FIELD VISITS
🛡
CAPABILITY/02
Public Safety & Environment
Environmental and situational sensors give safety teams a shared, always-current view of conditions across public spaces — before conditions become incidents.
◆Air quality and noise monitoring
◆Flood and water-level sensing at low points
◆Manhole, cabinet, and asset tamper alerts
◆Unified incident feed for response teams
PUBLIC SAFETY FEED
24/7
COVERAGE
multi
DEPARTMENTS
RBAC
ACCESS
🚦
CAPABILITY/03
Traffic Management
Count vehicles, measure queue length, and see how each junction actually behaves through the day — so signal plans reflect the street rather than a five-year-old survey.
◆Vehicle counting and classification
◆Queue length and wait-time measurement
◆Junction-level congestion ranking
◆Data exports for signal plan reviews
TRAFFIC FLOW · 18H
live
COUNTS
4
JUNCTIONS
−XX%
WAIT TIME
// MEASURABLE OUTCOMES
What Municipalities Gain
−0%
Incident response time
Crews dispatched from alerts, not phone calls.
−0%
Junction wait time
Signal plans tuned to measured demand.
−0%
Street lighting energy
Adaptive schedules replace dusk-to-dawn burn.
0
Districts connected
One network serving multiple departments.
0%
Automated reads
No route walking, no estimated municipal bills.
PLACEHOLDER FIGURES — REPLACE WITH VERIFIED PROJECT RESULTS
// ARCHITECTURE
How a City Deployment Is Built
Four layers, delivered end to end by AR Technology — from the sensor on the pole to the report in the council chamber.
LAYER 01
Street Sensors
Meters, air quality, flood, traffic, and asset nodes.
LAYER 02
ARNet™ Gateways
Licensed LoRaWAN® coverage across districts.
LAYER 03
ARIoT™ City View
Unified dashboards, alerts, and department roles.
LAYER 04
Municipal Systems
GIS, billing, and asset systems via API.
// HARDWARE
Sensors We Deploy Across Cities
Air Quality Node
PM2.5, NO₂, CO, and noise on street furniture.
MULTI-GAS
Traffic Counter
Vehicle counts and classification per lane.
RADAR / MAG
Flood Level Sensor
Water level at underpasses and low points.
ULTRASONIC
Lighting Controller
Per-pole switching, dimming, and fault reporting.
NEMA SOCKET
Waste Bin Sensor
Fill level for route optimisation.
FILL-LEVEL
Cabinet Tamper Node
Door, shock, and tilt alerts on street assets.
IP66
// PROOF IN THE FIELD
Connected Municipal District
CHALLENGE
A municipal district managed lighting, water, waste, and traffic from four separate paper-based workflows, learning about most faults from resident complaints days after they began.
SOLUTION
Street-level sensors and utility meters connected over ARNet™ into a single ARIoT™ city view, with role-based dashboards per department and automated alert routing by severity.
RESULT
Placeholder: XX% faster incident response, XX% reduction in lighting energy, and complaints replaced by pre-emptive maintenance. Figures to be replaced with verified project results.
// FAQ
Smart Cities FAQ
Rarely. Most city sensors are pole-, wall-, or cabinet-mounted and battery powered. Underground meter pits are reached by LoRaWAN's signal penetration rather than new cabling.
LoRaWAN's long range means a small number of well-placed gateways typically covers a whole district. We run a coverage survey during the design phase and size it precisely.
No. These deployments measure infrastructure — flow, pressure, air quality, traffic counts, asset state. They are not designed for personal identification, and access is role-controlled and audited.
Yes. One ARNet™ deployment can serve water, lighting, traffic, and facilities teams simultaneously, each with their own dashboard views and permissions.
AR Technology is TRA licensed and a LoRa Alliance member, so deployments align with Oman's regulatory framework and interoperate with standards-based equipment.
Give Your City a Live Operating Picture
Tell us which districts, assets, and services you manage today. Our engineers will map the sensors, coverage, and dashboards that fit — before you commit to anything.