Ease the city's parking shortage, move cars through faster, and make finding a bay less of a chore
Built on IoT, artificial intelligence, and big data, the solution runs a car park as a managed service. Bay detection, guidance, and contactless payment give drivers a simpler stop, and give the operator higher throughput and higher revenue.
Guidance that points to an open space
Each bay turns over more often
The plate is read, and the car leaves without a stop
Architecture of the smart parking system
What a parking operation actually runs
Open bays are detected as they change, with guidance, a count of spaces left, and a route that gets the driver there.
High-accuracy plate reads, automatic barriers, a track of each vehicle, and allow and deny lists.
Several ways to pay, automatic billing and deduction, electronic invoices, and coupons.
Parking statistics, revenue reports, traffic forecasts, and suggestions for how the site should run.
Across the places people actually park
A better shopping trip, a tighter car park, and more revenue for the mall
A mall garage shows how many bays are left on each floor at the entrance. Drivers can check the app first and navigate to a floor that still has room. Bay-level guidance uses LED lights to mark an open space. Find-my-car records where the vehicle stopped; a plate number in the app or on a kiosk returns the bay and a route back. Store systems take spend into account and reduce the parking fee. Bays held for members stay reserved for VIP customers. Contactless payment reads the plate and deducts the fee, so the car leaves without stopping at a booth. The shopping trip is smoother, and the garage moves more cars.
Open bays shown as they change, navigation in the app, and the hunt shortened by 70%
The plate records the bay, and the app navigates back to it
The plate triggers the charge, there is no booth stop, and exit throughput rises 95%
Store systems apply points to the parking fee, which supports sales in the mall
Easier parking for staff, a cleaner process for visitors, and a better day in the building
Staff and visitors are handled differently. Monthly permits cover both a fixed bay and a flexible one, and staff can reserve or release a space in the app. An employee can book a temporary bay for a visitor ahead of time; the visitor enters with a reservation code. Executive bays stay reserved. Rates differ between working hours and the rest of the day, so the garage is used more evenly. A monthly company report totals staff parking and the cost, which is what a parking benefit needs. Chargers for new-energy vehicles can be reserved and billed. The result is a garage that fits a working building.
Staff release a bay in the app. Utilization rises 40%, and parking is more flexible
A visitor bay is booked online and opened with a code, so the arrival is simpler
Different prices on weekdays and holidays, so turnover and revenue both improve
Chargers are managed and can be reserved, which is what a new-energy vehicle needs
Fixed bays for residents, a rule for visitor cars, and income from an unused space
Residents and the property manager share one garage system. A resident's plate is recognized, so the car enters and leaves without a stop, and a fixed bay can be locked. A visitor is registered at the gatehouse or authorized in the resident's app before the barrier opens, which tightens security. Temporary outside parking is billed automatically, which adds income for the property. An unused bay can be rented by the hour, so the space earns something and is used more. Monthly permits can be renewed online, with an invoice. A parking lock, raised and lowered from the app, stops someone else taking the bay. The community garage stays orderly.
A parking lock plus video, so a space is not taken and the resident's right holds
The resident authorizes the car in the app, and the gate opens
Temporary parking bills itself, unpaid exits stop, and property income rises 30%
An idle bay is rented by the hour. The resident earns, and the garage is used more
On-street parking run to a rule, so bays turn over instead of sitting
Elevated video poles or geomagnetic sensors see whether a curb bay is taken. The clock starts when a car stops, and the fee starts with it. Drivers can see nearby curb spaces in the app, navigate to one, and pay there. Illegal parking and overtime stays are recognized, the driver is notified, or an electronic ticket is issued. Price moves with the district, the time of day, and how long the car has stayed: higher at the peak so vehicles leave, lower off-peak so the bay is used. Attendants carry a mobile terminal for problems on the street. The parking record is what city parking plans are built from, which eases the shortage.
Video poles or geomagnetic sensors start the clock. The share of stays that are paid rises 90%
The fee is paid in the app. No cash, and no attendant has to collect it
AI spots a violation and issues an electronic ticket. Enforcement efficiency rises 80%
Price moves with the hour and with demand, so cars leave sooner. Turnover rises 50%
How the smart-parking stack is built
What one commercial garage changed
A system for a complex with 2,000 bays and more than 8,000 vehicle trips a day.
How parking throughput changed
How smart parking is built, and where it is used
A specialist team will put a full parking plan around your site