(1) Vendor needs to provide comprehensive parking and transportation management system. – System is intended to support a seamless, customer–centric parking and mobility experience across the campus, leveraging license plate recognition (LPR), modern access control options, payment technologies, usage analytics, and integrations with safety, security, and University enterprise systems. – System should support a largely ungated, pay–by–plate and pay–by–space environment, while remaining flexible enough to accommodate gated or controlled–access facilities where required. – System should support a fully virtual permit environment, including functionally using the customer’s license plate as their primary credential. – Permit and customer classifications and eligibility rules; supplemental and upgraded permitting ability. – System should provide intuitive point–of–sale and digital payment options pay–by–plate functionality, transparent transaction fee structures, departmental billing and reconciliation workflows. – System should provide real–time and predictive occupancy data; public–facing availability displays and wayfinding; AI–driven forecasting and utilization analytics; custom dashboards and reports for varying user roles. – System should support modern, efficient enforcement operations, including LPR–based enforcement using fixed and mobile (vehicle–mounted) cameras. – System should include integrative event parking capabilities, including online event intake and request workflows, inventory management for parking spaces, equipment, and staffing, conflict detection and overbooking prevention. (2) All questions must be submitted no later than February 13, 2026.