How smart parking reduces traffic jams
When a queue forms at the entrance of a car park, the problem is rarely the number of spaces - it is the speed of the entrance itself. A ticket, a barrier, fumbling for change - every second is multiplied by every car.
Where the time goes
A classic ticket-based car park loses time in three places:
- issuing a ticket at the entry;
- paying at a desk before leaving;
- validating the ticket at the exit.
At peak hours those seconds add up into a queue that spills onto the street and creates congestion.
What plate recognition changes
A camera at the entrance reads the licence plate in under a second and the barrier lifts with no ticket and no stopping. Payment happens in advance or automatically, and at the exit the car simply drives away.
The result: the entrance moves several times faster, and the queue toward the street disappears.
This needs no expensive controller - a camera and parking software with licence-plate recognition that makes the decision locally, even when the internet drops, are enough.
Frequently asked questions
How fast does a car pass an entrance with plate recognition?
Reading the plate and deciding on access take under a second. The slow part is the barrier mechanics, not the software - which is why a queue does not build up.
Do you need a camera at the exit too?
Yes, if you want the exit to be stop-free as well. A camera only at the entrance solves half the problem - the queue simply moves to the way out.
What happens if the internet goes down?
The device at the entrance makes decisions locally rather than in the cloud. If the connection drops, known plates keep passing and the events sync afterwards.
In short
Smart parking does not add spaces - it removes bottlenecks. And a faster entrance means less congestion around the site. Explore Rivikon’s solutions for different types of car parks or see the paid-parking system.