AI-powered On-Street Parking Terminal | AI-Powered Automated Parking Payment for Low-Carbon Smart Cities

As urban vehicle numbers continue to rise, the imbalance between parking demand and available spaces has become a critical urban challenge. Studies suggest that the ideal ratio of vehicles to parking spaces should be 1:1.2, meaning each vehicle should have access to 1–2 parking spaces. Achieving this ratio can significantly improve parking efficiency and urban mobility.

However, parking shortages are a persistent issue, especially in shopping malls, exhibition centers, industrial zones, train stations, airports, and city centers—where demand for curbside parking often far exceeds supply. Parking management efficiency is now considered not only a matter of daily convenience but also a key indicator of smart city development and government policy effectiveness.

In this context, AI-powered smart parking systems have emerged. By integrating artificial intelligence (AI), the Internet of Things (IoT), license plate recognition, cloud computing, and renewable energy, smart parking meters provide an effective solution to traditional parking pain points while promoting low-carbon sustainable transportation.

Challenges of Traditional Curbside Parking Systems

Conventional curbside parking payment methods suffer from significant limitations, reducing efficiency and making traffic management more difficult:

Manual Fee Collection

Lack of clear evidence and records, easily leading to disputes.
High labor costs.
High rate of fee evasion by drivers.
Prone to human error or corruption.

Coin-Operated Parking Meters

Expensive equipment costs.
Weak data collection, making traffic management ineffective.
No video evidence, difficult to resolve disputes.

Geomagnetic Sensors with Electronic Payment

Susceptible to temperature changes, reducing accuracy.
Frequent misjudgment causes incorrect charges.
High maintenance and battery replacement costs.
Lack of video verification for enforcement.

ParkGuide^® Smart Curbside Parking Management System

Developed by i-View, the ParkGuide^® Smart Parking Pole System integrates AI-based license plate recognition, cloud computing, IoT connectivity, and solar power generation to completely address the weaknesses of current curbside parking payment systems.

Automated video analysis & evidence collection : full parking record to prevent disputes.

Multi-payment support : e-vouchers, mobile payments, credit cards, and in-app payment.

Low-carbon energy efficiency : solar power + lithium battery for net-zero emissions.

Low installation & maintenance cost : no electrical grid required, rapid deployment.

Cloud-based centralized management : reduces manpower dependence, improves efficiency.

By leveraging cloud computing and wireless data transmission, ParkGuide® transforms traditional parking management into a fully automated smart parking solution, reducing labor costs, closing revenue gaps, improving parking turnover, and optimizing road space utilization—all while contributing to sustainable, eco-friendly urban mobility.

One-Stop Smart Parking Solution

The ParkGuide^® Smart Parking Meter System delivers an all-in-one solution, including:
■ License plate detection
■ Wireless data transmission
■ Automated parking fee calculation
■ Evidence recording and storage
■ Flexible payment options (mobile, kiosk, QR code, third-party payment)
■ Parking fee notifications
Additionally, its solar power supply and Cat-1 wireless transmission reduce infrastructure and investment costs, maximizing ROI for city operators.

Key Smart Parking Features：

Vacancy Detection & Guidance: AI video recognition accurately identifies available spaces, with real-time updates displayed on roadside LED boards and mobile apps to reduce unnecessary circulation.
Automated Payment: License plate recognition automatically calculates fees; bills are generated and stored in the cloud. Users can pay via QR code, kiosk, or mobile wallet.
Illegal Parking Detection: Detects improper parking (double-parking, reverse parking, long-term occupancy), with automatic reporting to enforcement authorities.
Smart City Integration: Works seamlessly with ParkBack® Backup Server and ParkDB® Central Management Server, enabling multi-site management and automatic failover.

System Workflow

1. Vehicle enters → Smart parking pole captures entry photo.
2. AI detection → Records real-time parking status.
3. License plate recognition → Generates automated billing.

4. User payment → via mobile app, third-party payment, or kiosk

5. Police integration → Detects violations and reports stolen or suspect vehicles.

6. Data synchronization → Cloud upload + LED roadside display.

Driving Smart Mobility and Sustainability

The ParkGuide® Smart Parking Pole is more than just an automated curbside parking payment system—it is a cornerstone for smart transportation, low-carbon cities, and sustainable development. By combining AI, cloud computing, and renewable energy, it enables efficient, eco-friendly, and secure curbside parking management, strengthening the foundation of tomorrow’s smart cities.
👉 Smart Parking: Turning Every Parking Session into a Step Toward Urban Sustainability.

System Diagram

AI-powered On-Street Parking Terminal FAQ

1. What is a Smart On-Street Parking Management System?
A: The Smart On-Street Parking Management System integrates smart parking meters, license plate recognition cameras, mobile payments, and a central management platform to automate fee collection, increase parking turnover, and reduce manual inspection.

2. How does the Smart Parking Management System work?
A: When a vehicle parks at a roadside space, the camera automatically recognizes the license plate and records the parking duration. Drivers can pay through the smart parking terminal or mobile app. Upon departure, the system verifies the record to ensure accurate billing.

3. What payment methods are supported?
A: The system supports credit cards, mobile payments (Apple Pay, Google Pay), transit cards, QR codes, and online payment platforms, offering flexible payment options.

4. What are the advantages compared to traditional manual fee collection?
A: Manual collection often leads to fee evasion, billing errors, and high labor costs. The smart system ensures automated billing, real-time monitoring, and valuable data analytics, improving efficiency and fairness.

5. What is a Smart On-Street Parking Terminal?
A: A Smart On-Street Parking Terminal is an intelligent device installed along roadsides or public parking areas. It integrates License Plate Recognition (LPR/ANPR), video surveillance, and digital payment functions to automate parking fee management and improve parking efficiency.

6. What are the benefits of the Smart On-Street Parking Management System for cities?
A: The system improves billing accuracy, reduces fee evasion, increases parking turnover, lowers labor costs, and provides big data insights for urban traffic planning.

7. Can the system integrate with other smart city platforms?
A: Yes. The system can be integrated with traffic management platforms, payment gateways, and city data centers to enable unified smart mobility and urban governance.

ParkGuide^® Unique Differentiators

Unlike traditional systems, ParkGuide® integrates the ParkBack® Backup Server and ParkDB® Central Management Server, ensuring uninterrupted service and centralized management across multiple parking sites. This enhances operational efficiency, data security, and reliability, making it a truly next-generation parking solution.

ParkBack^® Parking Management Failover Server

Provides failover functionality during system downtime or maintenance, ensuring uninterrupted parking operations.

Detailed

ParkDB^® Central Management Server

ParkGuide^® Parking Management System by i-View offers the ParkDB^® Central Management Server as an optional feature, enabling synchronized backup and storage of license plate lists and vehicle entry/exit records across all parking lots. Synchronizes license plate databases and vehicle entry/exit data across multiple sites, enabling centralized monitoring, seamless data backup, and efficient multi-site management.