Smart Parking: In Without Stopping, Out Without Searching
Malls, hospitals, offices, stadiums, airports — parking is the first and last impression of every visit. This system reads plates without stopping the car, detects every bay, guides drivers in, finds the car again by phone, and reconciles the fees — with every vehicle's full trajectory searchable.
Why Parking Is Everyone's Worst Memory
The manufacturer's reference solution lists what breaks in manually run lots:
Barriers that hold the queueTicket machines and manual checks stall every car at the barrier; the queue backs onto the street exactly at peak hours.
Twenty minutes to find a bayDrivers circle level after level while empty bays sit two zones away — congestion, emissions and rage, all self-inflicted.
The car that disappearsIn a multi-level garage every row looks identical; the evening hunt for the car is the visit's final, worst memory.
Cash leaking at the exitManual fee collection invites disputes, discounts nobody authorized and revenue that never reaches the books.
A lot nobody can auditWhich cars are inside, how long, how full is level 3, which vehicle scraped the pillar — without records, every question is unanswerable.
System Architecture
Per the manufacturer's reference design: ANPR cameras and barriers at the lanes, per-space detection cameras above the bays, guidance and remaining-space screens per level, find-my-car kiosks and QR, the fee system with third-party payment integration — all on one parking platform with PC, web and mobile management.
Simplified diagram. Lane counts, per-space camera coverage and screen positions follow your lot drawings.
Six Jobs This System Does
Each card is a module of the manufacturer's reference solution, from the driver's seat and the operator's desk.
Gates that read, not stopANPR reads plate, brand, color and type as the car approaches; staff, VIP and registered visitors get the barrier up without a stop, temporary cars get a ticketless record, blacklisted plates alarm — the entry queue becomes a rolling flow.
Bays that report themselvesPer-space detection cameras watch occupancy indoors and outdoors, read the plate in each bay, flag abnormal parking and keep the live count per zone — the platform knows not just how many spaces are free, but exactly which car sits where.
Screens that steer the trafficRemaining-space screens at the entrance and per level, direction arrows at every junction — drivers flow to the empty zone instead of hunting, cutting circling time and the ramp congestion it creates.
Cars found by phoneReverse car search three ways: QR scan on any signboard, plate input, or the self-service kiosk — the screen returns the bay number, a photo of the parked car and the walking route. The evening hunt becomes a thirty-second lookup.
Fees collected, books balancedTime-based, per-visit and free-period fee modes; auto-pay at exit, manned lanes where needed, and integration with third-party payment platforms — every transaction ties to a plate and a timestamped record, so reconciliation is arithmetic instead of argument.
Every vehicle searchableSearch by plate, brand, color, time or place; trajectory analysis shows entry time, route, bay and exit for any vehicle — the scraped pillar, the overnight lurker and the black-listed visitor all resolve to a record in seconds.
The Numbers That Matter
Key capabilities from the manufacturer's reference solution:
ANPR reads plate, brand, color and type — barrier lifts without a stop
Per-space detection matches each plate to its bay, indoors and outdoors
Find-my-car by QR, plate input or kiosk — bay, photo and route
Fee modes by time, visit or free periods; third-party payment integration
Trajectory analysis: entry, route, bay and exit for every vehicle
System Components
These are the equipment roles the solution is built from. Exact models are chosen per site conditions, country requirements and budget — several of our product lines fit each role, so we spec the model list after receiving your requirement list.
| Item | What it does |
|---|---|
| Entry/exit ANPR cameras + barriers | Plate, brand, color, type per lane; auto-lift logic per vehicle class. |
| Per-space detection cameras | Occupancy, plate-to-bay matching and abnormal-parking flags; one unit covers several bays. |
| Ramp & walkway cameras | Coverage between lanes and bays — incidents, pedestrians and pillar-scrapes. |
| Guidance screens + find-my-car kiosks | Remaining counts per level, junction arrows and reverse-search stations. |
| Recording & level network | NVR for video plus pass records; PoE switches per level cabinet. |
| Parking platform + payment integration | Fee engine, third-party payment links, dashboards and black/white lists. |
| Outdoor lot PTZ (large open lots) | Patrols open parking fields and zooms to incidents on demand. |
Browse the full product catalog — cameras, NVRs & switches →
Send your lot drawings with lane and bay counts — we reply with a lane design, per-space coverage plan and platform BOQ.
Design Notes & Honest Limits
Read this before you order:
- Confirm your country's plate formats before the lanes are quoted — brand and color recognition also vary by region; a sample-photo check is part of our survey, not an afterthought.
- Per-space detection needs ceiling height and clean sight lines — very low garages or heavy ducting may need one camera per fewer bays; the coverage plan comes from your section drawings.
- Payment integration is a project line, not a checkbox — we verify your payment provider's API and settlement flow before quoting; cash lanes remain where regulation or habit demands them.
- Plate records are personal data in many countries — publish the retention policy, restrict trajectory search to authorized roles, and log every lookup; the audit trail protects the operator as much as the drivers.
- Promise find-my-car only on levels with full per-space coverage — a half-covered garage that 'finds' cars sometimes earns worse reviews than no feature at all; phase the rollout level by level.
FAQ
How fast is ticketless entry really?
For registered vehicles, the barrier starts lifting as the ANPR confirms the plate on approach — the car rolls through at walking pace without a stop. Temporary vehicles get a plate-linked record instead of a paper ticket, which is a second or two at the lane. The practical throughput gain: a lane that processed 3-4 cars a minute with tickets handles 8-12 ticketless — the queue onto the street disappears at all but extreme peaks.
Does per-space detection work outdoors?
Yes — the manufacturer's reference solution states support for both indoor and outdoor lots, with the cameras reading occupancy, plate, type and color per bay. Outdoor specifics we engineer for: mounting height from poles instead of ceilings, sun glare and rain on the optics, and marking quality (faded bay lines degrade detection). Large open fields often mix per-space cameras on the premium rows with zone counting elsewhere — a cost decision we make explicit in the BOQ.
Can it integrate with our existing payment system?
The platform supports third-party payment integration by design — the fee engine calculates from the plate-linked entry/exit records, and settlement flows to your provider. Our process: name the provider in the survey, we verify the API and the reconciliation flow, and the integration effort goes into the quote as its own line. Where no integratable provider exists, the platform's own auto-pay and manned-lane modes carry the lot alone.
What does the operator get from the data?
Four working numbers: utilization per level, zone and daypart (which floors run full, which never do); entry/exit statistics for staffing and lane planning; fee statistics with reconciliation (every transaction tied to a plate record); and searchable vehicle histories for incidents. The strategic use: utilization data drives pricing changes, level closures for maintenance and the business case for expansion — the lot stops being a black box on the balance sheet.
How many cameras does a parking garage need?
From this architecture: one ANPR camera per lane (entry and exit), per-space detection at roughly one camera per 4-8 bays depending on geometry, domes on every ramp, junction and pedestrian route, and a PTZ over large outdoor fields. A 500-bay, 3-level garage typically lands between 80 and 150 channels, of which per-space detection is the majority — which is why phased rollouts often cover premium levels first.
Send your lot layout — get a lane-and-level design back
Lane count, bay count, levels and your payment provider are enough for a first BOQ with per-space coverage plan.