PS Parking Solutions designs, installs and operates the systems that move vehicles through malls, hospitals, campuses and transit hubs - from the barrier at the gate to the report on your desk.
Everything behind it - the cameras, the controllers, the reconciliation, the reports - exists to protect those ninety seconds. Get them right and the building feels well run. Get them wrong and no amount of software fixes the queue on the ramp.
Most suppliers sell one of these. Problems tend to live in the gaps between them, which is why we take responsibility for all three.
The equipment and software at the lane: barriers, readers, cameras, sensors, payment points and the platform that ties them into one rule set.
The people and the process that run the facility every day. Shift cover, collection, exception handling, escalation and reporting on an agreed cycle.
The civil and electrical work underneath both. Lane geometry, loops, conduit, power and network - the part nobody sees and everything depends on.
Specified against what a site survey found, not against a standard package.
The layer everything else reports to.
One controller platform for entry, exit, payment and audit. Lanes, readers, barriers and payment points run against a single rule set, so a change to a tariff or an access list applies everywhere at once instead of device by device.
Read the plate. Open the lane.
Cameras at the lane read the number plate and match it against your resident, employee or pre-booked list, then release the barrier while the driver is still slowing down. Anything unmatched falls back to a ticket without stalling the queue behind it.
No window down. No cash. No stop.
RFID and FASTag lanes let a vehicle transact without the driver touching anything. Useful where the queue is the problem: peak-hour office basements, mall entries on a weekend, transit drop-offs.
The part that has to work ten thousand times.
Barriers, bollards, flap gates and control pedestals specified for the actual duty cycle of the site, not the brochure figure. Loop and sensor design matters as much as the barrier itself, and we set both together.
Stop drivers circling.
Bay-level sensors and aisle indicators show a driver where the free space is before they commit to a level. On large decks this is the difference between a two-minute park and a nine-minute one.
Collect it cleanly.
Entry ticketing, pay-on-foot stations, handheld terminals and UPI or card payment at exit. Every transaction is tied to a vehicle movement, which is what makes the month-end reconciliation short instead of long.
We are not tied to a single manufacturer. The lane decides the hardware: vehicle mix, duty cycle, ramp geometry and how the site behaves at its worst hour.
A hospital and a mall both need throughput. Almost nothing else about them is the same.
Targets are set per site, against what the survey found. These are the measures we design to and report against.
veh / hr / lane
Vehicles cleared per lane per hour at peak. Sets how many lanes a site genuinely needs.
seconds
From stop to barrier rise. The single number a driver actually experiences.
minutes
Entry to parked. Guidance systems are justified against this figure, not against a brochure.
variance
Collected against transacted. Every movement carries a record, so the gap is explainable.
in service
Time the lane was usable. Committed contractually and reported, not assumed.
of movements
Manual overrides, failed reads and disputes. The honest measure of whether a system fits its site.
Most parking problems appear in month four, not week one. We are set up to operate a facility, not just to sell and install the equipment inside it.
Ramp geometry, vehicle mix and peak behaviour come first. Equipment is selected against what the survey found, not against a standard package.
Entry, exit, payment and override are logged and linked. That is what makes revenue defensible and disputes short.
When the barrier, the software and the staff are answerable to the same contract, there is nobody left to blame at the gate.
