Badge-free identification
Use the plate as an identifier for a lower-friction arrival.
Vehicle identification
License plate recognition for parking and access control
License plate recognition can turn a vehicle plate into an access, permit or visitor identifier. Lexoh designs the capture point, matching rules and lane decision as one system, including a clear procedure for uncertain reads.
Touchless access
Plate-based permits
Event history
Site and schedule rules
Capture design
Operating design
Reading quality starts well before the software
Camera angle, distance, vehicle speed, lighting, traffic and plate condition all influence results. A useful LPR project also covers authorized lists, duplicates, replacement vehicles, visitors and the fallback when a plate cannot be matched.
Permits and allow lists
Tie one or more plates to a period, site, zone or user category.
Real-time lane decision
Compare the read with current access rules before sending an action.
Operational context
Keep the event and result available when staff investigate a denied entry.
Multi-site rules
Manage shared policies alongside local site exceptions.
Fallback method
Combine LPR with QR, RFID or an intercom when the operation calls for it.
Decision path
From plate image to access decision
Each step should be visible enough to distinguish a capture problem from a permit-rule problem.
01 — Capture
Image suited to the lane
02 — Read
Plate characters
03 — Normalize
Format matched to data
04 — Decide
Zone, time and status
05 — Record
Result available to staff
Lexoh field evidence
A camera designed into the lane
The capture position must work with the stopping point, vehicle detection, barrier and other readers. Designing them together gives the plate event useful context and leaves room for a second access method.
What this changes in the project
Equipment placement, civil work, communications and operating procedures are validated together before commissioning.
Turnkey delivery
A complete LPR deployment
Lexoh reviews traffic and access rules before finalizing camera placement and platform configuration.
- 01Survey traffic and the capture point
- 02Review distance, angle and lighting
- 03Install cameras and communications
- 04Prepare authorized plate data
- 05Configure schedules and exceptions
- 06Test day, night and real operating cases
Operating contexts
Where plate recognition is most useful
Employees and subscribers
A fluid arrival based on a registered vehicle.
Residents
Authorized vehicles and replacements managed under the site policy.
Preregistered visitors
Temporary rights attached to the plate supplied before arrival.
Multi-site organizations
Consistent policy with rights limited to the appropriate locations.
Before specifications
Decisions that shape reliability
Does the lane create a stable capture point?
A predictable vehicle path and appropriate speed help produce a usable image.
How are dirty or obscured plates handled?
A secondary method and assistance procedure keep the operation moving.
Who can review plate events?
Roles, retention and use should follow the organization’s approved policies.
Can a permit contain multiple plates?
Define replacement, simultaneous-use and duplicate rules in advance.
Questions asked before a project
Clear answers about scope, operation and integration.
Not always. RFID, QR or intercom assistance can still cover exceptions, visitors or situations where a plate is unavailable.
A system can be designed for varied lighting, but results depend on the camera, placement, scene and testing at the actual site.
Yes. The permit can contain the plate plus the site, zone and schedule rules that apply to it.
The organization should define purpose, access roles, retention and internal procedures; the solution is configured around those requirements.
Validate the lane before selecting the camera
We can review traffic, capture conditions and access rules to define a suitable LPR architecture.
