In rapidly urbanizing environments, the demand for intelligent and secure parking solutions is greater than ever. The "Smart Way to Automate the Management of the Parking System for Starring Building" project presents ParkVision, a comprehensive smart parking management system designed to modernize traditional infrastructures. ParkVision integrates four key modules: Augmented Reality (AR) Navigation, Vehicle Classification and License Plate Recognition using YOLOv5, Real-Time Parking Violation Detection and Fine Management, and Blockchain-Based Parking Fee Automation. The AR navigation module guides drivers through complex, multi-level parking facilities using real-time 3D overlays, reducing search time and congestion. Vehicle classification and license plate recognition components leverage YOLOv5 object detection algorithms to accurately identify vehicle types and extract license numbers in diverse conditions. The violation detection module monitors parking behaviors, detects infractions like overstaying or unauthorized parking, and issues automated fines with real-time notifications. Meanwhile, the blockchain module ensures secure, transparent financial operations by calculating fees and managing transactions through Ethereum smart contracts and MetaMask wallet integration. By synchronizing these technologies within a unified architecture, ParkVision delivers a fully automated, scalable, and tamper-proof parking management solution. The project aims to enhance space utilization, minimize human intervention, build user trust, and support the development of smart urban mobility infrastructure.