Cara Membuat Sistem Masuk Parkir Mall dengan Arduino dan RFID Support KTP SIM ETOL

Summary

This video demonstrates a DIY project for building a smart parking access control system using RFID technology. The presenter explains how to set up an RFID-based system to control access to a parking area, using an RFID reader (RC522), servo motor, proximity sensor, and programmed RFID tags. Authorized vehicles trigger the barrier to open, while unauthorized tags are rejected with a red light. The video is aimed at tech enthusiasts and those interested in DIY electronics, providing a step-by-step guide to creating a functional parking gate prototype.

Takeaways

• 😀 The project involves creating an automated parking access system using RFID technology.
• 😀 RFID tags are used to grant or deny access to the parking area based on whether the tag is pre-programmed or not.
• 😀 A proximity sensor detects when a vehicle approaches the parking gate, ensuring smooth operation.
• 😀 When an authorized RFID tag is scanned, the gate (controlled by a micro servo) opens, allowing the vehicle to enter.
• 😀 Unauthorized RFID tags trigger a red indicator light, signaling that access is denied.
• 😀 The parking system has been designed as a miniaturized prototype but operates similarly to real-world parking access systems.
• 😀 The project aims to demonstrate a practical use of RFID technology for vehicle access control in a parking scenario.
• 😀 The setup uses the RC522 RFID reader module to interact with RFID tags at a frequency of 12.56 MHz.
• 😀 The servo motor controls the parking barrier, raising and lowering it based on RFID tag recognition.
• 😀 The project also emphasizes safety by using a proximity sensor to detect objects, ensuring that the gate doesn't close if there are obstacles in the way.
• 😀 The creator offers the program code for free to viewers who comment on the video, sharing a link for download.

Q & A

What is the main goal of the project discussed in the video?

The main goal of the project is to demonstrate how to create an RFID-based parking access system, similar to the systems used in shopping malls, where vehicles are granted access based on RFID tag scans.

What components are used in the RFID parking access system?

The system uses an RC522 RFID reader, a micro servo motor for raising and lowering the parking barrier, and a proximity sensor to detect vehicles.

How does the RFID-based parking system work?

The system works by having a driver scan a pre-programmed RFID tag. If the tag is valid, the system activates the servo to lift the parking barrier, granting access. If the tag is invalid, the red light turns on, signaling denial of access.

What happens when an invalid RFID tag is scanned?

When an invalid RFID tag is scanned, the red light on the system illuminates, and the parking barrier remains closed, preventing access.

How does the proximity sensor contribute to the system?

The proximity sensor detects if a vehicle is approaching the barrier or if any object is in the way. It ensures the barrier does not close while a vehicle is still in the entrance area, providing safety and preventing accidents.

What types of RFID tags are used in the project?

The project uses three RFID tags: one that is valid and pre-programmed (Smart Park card) and two invalid tags that trigger access denial.

What is the purpose of the green and red lights in the system?

The green light indicates that access is granted and the barrier will rise. The red light signals that the RFID tag is invalid, and access is denied.

Can the project be expanded to handle multiple vehicles at once?

No, the current prototype is designed to handle only one vehicle at a time. However, the system could potentially be expanded with additional sensors and logic to manage multiple vehicles.

How can viewers access the program code used in the project?

Viewers can access the program code by commenting on the video, and the presenter will provide a link to download the code.

Why does the presenter emphasize not skipping the video?

The presenter emphasizes not skipping the video to ensure that viewers understand the entire process of setting up the system and how the components interact, making the tutorial more informative and useful.