Pelco LPR-VSBSCSVC-L6Q Vigilant L6Q Service Package for Hosted/Managed LPR Deployments

Accelerate investigations and streamline parking, access control and perimeter security with the Pelco by Motorola Solutions Vigilant L6Q Service Package — a hosted/managed LPR software solution designed for enterprise surveillance and monitoring. This service package (Manufacturer Part Number LPR-VSBSCSVC-L6Q) delivers the Vigilant L6Q license plate recognition engine as a scalable hosted offering, minimizing onsite infrastructure and IT maintenance while providing high-read accuracy and real-time alerting.

Built for hosted/managed LPR deployments, the Pelco software service supports multi-site monitoring, centralized watchlists, and integration with popular VMS platforms to ensure plate reads and events feed directly into your security workflows. Customers gain faster incident response, actionable alerts, and exportable logs for compliance and investigations — all managed by Pelco’s support and service framework.

Ideal for municipalities, parking operators, campuses and enterprise security teams, the Vigilant L6Q Service Package simplifies deployment of LPR across distributed sites. Contact us to request a demo, discuss integration with your VMS, or get a quote to deploy hosted LPR for your surveillance and monitoring needs.

• Deploy a scalable, hosted LPR solution that reduces on-site IT overhead and accelerates investigations with automated license plate recognition
• Optimized for Vigilant L6Q workflows (Mfr P/N LPR-VSBSCSVC-L6Q) to deliver reliable reads and real-time alerts for security and surveillance teams
• Managed service delivery for multi-site monitoring and centralized incident response, improving situational awareness across parking, access control and perimeter applications
• Seamless integration with existing VMS and security platforms to streamline workflows, exportable plate data, and audit-ready logs for compliance
• Improves operational efficiency with automated alerts, configurable watchlists, and reporting to reduce manual monitoring and speed resolution