Who arrives at the site?
Employees, residents, subscribers, visitors, deliveries and occasional customers do not need the same credential, validity period or assistance path.
Complete parking ecosystem
One parking system for access, payment and operations.
Lexoh supplies, installs and maintains parking systems that connect barriers, kiosks, access controls, payments and permits. We support your team after commissioning and can also operate your parking lot and provide customer support for drivers.
Connected solutions
What does a complete parking system include?
A parking system combines vehicle identification, access rules, lane equipment and management software. Paid sites also need a payment and validation workflow. Lexoh connects these components through a hybrid architecture: cloud management and an offline mesh network for local communication between site devices.
Illustrated workflows show how identification, payment and access can connect. The equipment, rules and interruption procedures are confirmed for each site.
Explore the steps of the parking journey
- Arrive
The vehicle reaches a lane designed around its stopping point and the equipment it must use.
- Identify
A plate, RFID credential or QR code connects the arrival with the access permission configured for the site.
- Validate
Permits, payment status, schedules and zones provide the context for the access decision.
- Act
The connected barrier carries out the decision while the lane remains visible to operations.
- Review
The event remains available with its result, equipment context and related operational record.
Lexoh Security Center
How does parking management software fit into the system?
The software manages sites, users, permits, payments and access events. Readers, cameras, controllers and barriers carry out the approved decisions in the lane. Their interfaces and operating rules are confirmed together during system design.
- Sites, devices and operating status
- Users, permits and access events
- Payments, reports and multi-site context
Visitor experience
Plan visitor arrivals
Visitor management
Create temporary rights before arrival and set their expiry for the approved visit period. Define who approves visitors, how a changed vehicle is handled and who assists at the entrance. Confirm the supported invitation and credential workflow before deployment.
Before selecting equipment
How do you choose a parking system for your site?
Start with how the site will operate. The users, arrival patterns and staff responsibilities shape the lanes, credentials, payment workflow and software rules before you choose the equipment.
When is the right to park established?
A permit may be issued in advance, a visitor may be preregistered, or a public customer may pay during the stay. The access decision must follow that journey.
Which exceptions can stop a lane?
An unread plate, lost code, declined transaction, unknown visitor or unavailable device needs a documented fallback before opening day.
Who operates the system?
Local reception, security, finance, municipal staff and a centralized team may need different views and permissions across one or several sites.
Turnkey approach
Every part of the entrance, designed together.
A reliable parking operation depends on more than the equipment visible at the entrance. Lane geometry, vehicle detection, communications, power, credential rules, payment flow and emergency behaviour all need to work as one system.
- Site review and requirements
- System and lane design
- Equipment and software integration
- Configuration and commissioning
- Training, support and maintenance
Connected hardware
Field equipment, software and support. Together.
The design defines each device’s role in the arrival journey and its connection to the operating platform.
Payment and access kiosks
Driver interaction, credentials, payment, receipts and assistance.
View kiosks
Automatic barriers
Controlled opening, detection and safety equipment designed as one lane.
View barriers
Readers and credentials
RFID and other supported credentials selected for each user group.
View readers
Video security
Camera coverage connected to events, live monitoring and playback.
View cameras
Video intelligence
Explore video security
Keep the parking event connected to the right footage.
Live monitoring, event-linked playback and search keep video in the same operational context as access and lane equipment.
Operating contexts
One system, adapted to the site.
Municipal sites
Resident permits, public payment and several facilities in one operating model.
Explore this context →
Campgrounds
Seasonal guests, short stays, visitors and outdoor access lanes.
Explore this context →
Marinas
Member parking, dock access, temporary visitors and seasonal rights.
Explore this context →
National parks
Public arrivals, controlled roads, passes and outdoor operating constraints.
Explore this context →
Project delivery
From installation to the daily operation of your parking lot
Lexoh installs and commissions the system, trains your operators and provides maintenance and technical support. You can also entrust us with daily operations, call handling and assistance for drivers. The proposal and service agreement define the responsibilities and coverage for your site.
Read workflow steps
- Review
Users, traffic, existing systems and constraints
- Design
Lanes, devices, power, network and operating rules
- Prepare
Bases, conduits, protection and field coordination
- Integrate
Barriers, readers, kiosks, cameras and platform
- Commission
Real journeys, exceptions and staff training
Parking operations and customer support
A team for the daily operation of your parking lot.
Lexoh can operate your parking lot and answer your customers: call handling, help with access issues and operational follow-up. We establish the site procedures, coverage hours, permitted actions and maintenance responsibilities with you.
Documented service example: the MRC de Témiscouata access and boat-wash network combines field equipment, annual subscriptions, RFID cards and a call-centre service.
See the Témiscouata equipment and service scope
Selected installations
Real systems, in real operating environments
See installed equipment and the documented project scope at Scotiabank Kingston, Collège Sainte-Anne and Sépaq Mont-Mégantic. These examples connect the planning questions to real commercial, campus and outdoor sites.
Complete solution directory
Plan every part of the parking operation.
Parking management software
Administer sites, permits, transactions and connected equipment in Lexoh Security Center.
Explore the management software →PARCS (Parking Access and Revenue Control Systems)
Connect parking access, payment, permits and operating records in one project-designed workflow.
Explore PARCS →Automatic barriers
Design a complete lane with vehicle detection, access credentials, safety devices and commissioning.
See the turnkey barrier solution →Payment kiosks
Connect outdoor payment, rates, validation, assistance and transaction reporting.
Plan the payment journey →License plate recognition
Design the camera position, plate rules, lane decision and exception procedure together.
Explore plate recognition →Digital permits
Issue, renew and validate resident, employee, contractor and seasonal parking rights.
See permit management →View every parking solution
Parking access control
Apply zone and schedule rules through plate, RFID, UHF, QR and intercom.
Design parking access →Visitor management
Create temporary rights before arrival and set their expiry for the approved visit period.
Plan visitor arrivals →Parking intercom
Route assistance calls with the lane context and procedures operators need.
Explore lane assistance →Municipal parking
Coordinate resident permits, public payment and multiple municipal sites.
See municipal solutions →Campgrounds
Manage seasonal users, short stays, visitors and vehicle access at outdoor sites.
See campground solutions →Marinas
Unify member parking, dock access, seasonal credentials and temporary visitors.
See marina solutions →National parks
Coordinate public parking, annual passes, restricted roads and lake-access decontamination at outdoor sites.
See national park operations →Violation detection
Use plate reads, permit status and time rules to identify parking exceptions without a gated exit.
See violation detection →EV charging management
Plan charging sessions, parking rights, rates and station availability with the supported charger integration.
See EV charging management →Project guides and buyer questions
Compare the design, then prepare the handoff.
Compare project costs
Questions to ask about equipment, site work, recurring charges and exclusions.
Compare project costs →Gated or gateless parking
Compare access, payment, assistance and review responsibilities.
Gated or gateless parking →Detection and identification
Give loops, radar, plate recognition and protective functions their own roles.
Detection and identification →Entrance acceptance
Ask what the installer must demonstrate and deliver before handoff.
Entrance acceptance →Cloud and offline operation
Understand local device communication, remote management and interruption testing.
Cloud and offline operation →Questions to answer before a parking project
Practical answers about existing equipment, deployment and operating choices.
A parking system combines vehicle identification, access rules, lane equipment, payment or permits, and management software to operate a parking site. Lexoh connects these components so the site can apply approved rules, record events and support daily operations.
The budget depends on the number of lanes, retained equipment, barriers and readers, payment requirements, civil work, power, communications and software configuration. A useful quote also identifies commissioning, operator training and the applicable service scope. Lexoh reviews these items for the site before confirming a price.
Not necessarily. The first step is to inventory the barriers, readers, kiosks, controllers, cameras, network and software already in place. Equipment can be retained only when its interfaces, condition and operating role are compatible with the proposed architecture.
Yes, when the phases are designed around a coherent final architecture. The project should define which users, lanes, sites and data sources move first and how the old and new workflows coexist during the transition.
Start with the users, reader compatibility and lane conditions. License plate recognition (LPR) requires a suitable camera view. Radio-frequency identification (RFID), including ultra-high-frequency (UHF) vehicle tags, requires compatible credentials and a tested read zone. QR codes need a suitable scanner and presentation point. Test unread credentials, changed vehicles and expired rights before accepting the chosen combination.
Depending on the project, it can include site review, lane design, civil preparation, power and communications coordination, equipment installation, platform configuration, testing, training and support. The scope is documented before execution.
These workflows can be connected so the lane decision uses the current user, permit, payment and schedule context. The precise integrations and records depend on the selected equipment and project requirements.
Lexoh uses a hybrid architecture that combines cloud management with an offline mode. A mesh network lets site devices communicate with each other without internet. Payment authorization, remote access and connections to external software have their own connectivity requirements.
Yes. Permission to enter and payment are separate decisions. A free employee, resident or visitor parking area can use approved credentials, schedules and zones without charging for the stay. Define the entry and departure process, assistance and operating records, then select the equipment for that policy; a payment kiosk is not automatically required.
Installed Lexoh systems
See the equipment in its operating environment.
Scotiabank — Kingston
Two lanes with kiosks, barriers, RFID, payment, door control and winter operation.
Explore the installation
Collège Sainte-Anne
Connected parking at Collège Sainte-Anne: more than 100 regular students, more than 2,000 transactions per term and 400 passages per day on average.
Explore the installation
MRC de Témiscouata
The Témiscouata network connects boat-wash stations, controlled launches, cameras and online annual cards.
Explore the installationYour site, your operation
Find the parking system for your project
Compare the users, access rules and handoff requirements that shape each installation.
By site type
Residential parking
Resident permits, guest access and vehicle changes for shared garages.
Hotel parking
Guest arrivals, return visits and employee access around the hotel stay.
Hospital parking
Short-stay payments and staff permits, with assistance at the lane.
University and campus parking
Permits and zones for students, staff and campus visitors.
Shopping centre parking
Free periods, paid stays and employee access for retail properties.
Office parking
Parking allocations and visitor access for one or several tenants.
Industrial parking and vehicle access
Separate access for employees, contractors and delivery vehicles.
By operating need
Employee parking
Keep access aligned with shifts, zones and vehicle changes.
Monthly parking and subscriptions
Manage permit validity, renewals and the subscriber’s vehicle.
Shared parking
Assign access by user group, zone and time of day.
Plan a project
Parking system replacement
Plan equipment reuse and keep arrivals moving during the changeover.
Specifications and project requirements
Define equipment, software, installation and acceptance requirements.
Compare, locate and deliver
Supplier alternatives
Compare Lexoh with Parknet, Scheidt & Bachmann, Meypar, SKIDATA, HUB and Flash.
Your location
Review regional references, site requirements and installation responsibilities.
Integrator projects
Scope hardware, software interfaces, commissioning and customer handover.
Plan the complete parking system before choosing individual components
Describe the site, its users, traffic flow and operating constraints. Lexoh can help define the equipment, software and installation requirements for your project.