Smart Parking IoT Solution Based on 4G Industrial Router Application

When a vehicle enters the parking lot, the AI camera quickly recognizes the license plate, the cloud system automatically generates a bill, and the gate opens, etc. Behind all this smooth experience is Smawave's smart parking IoT solution based on industrial-grade 4G routers.

Overview of the 4G Smart Parking IoT Solution

The 4G smart parking IoT is a seamless integration of edge computing, real-time connectivity, and automated control.

Core Components

 - 4G Industrial Router: Ensures ultra-reliable, low-latency data transmission via cellular networks.

 - LPR (License Plate Recognition): AI-powered cameras for 99.5% accuracy in vehicle identification.

 - Centralized Cloud Server: Processes data from distributed nodes (gate controls, payment terminals, etc.).

 - Multi-Protocol Gateways: Supports TCP/IP, MQTT, and HTTPS for hybrid wired/wireless deployments.

The Smart Parking IoT Operation process

• The license plate recognition system quickly identifies the information of vehicles entering and leaving.

• The parking lot management system automatically calculates the fee amount.

• Generates vehicle entry and exit records.

Key Features

- Automated Billing: Automatic deduction of fees when the vehicle leaves the site

- Multi-Access Payment： Payment can be made through various methods such as Internet, wired and wireless, as well as manual and automatic modes.

- Scalable Architecture:

Horizontal expansion: Sharing the load by adding more server nodes

Elastic adaptation: dynamically responding to traffic fluctuations to avoid resource waste or overload

- Remote Diagnostics: Fault prediction based on equipment current/temperature/signal strength trend analysis (48 hours advance warning)

In conclusion, the parking lot management system is a comprehensive system that integrates computers, network communication, automatic control, and other technologies. Its implementation is of great significance to strengthening parking lot management, improving work efficiency, enhancing service quality and modernization level, and further improving the traffic management level.