RFID Based Museum Security System
An RFID-based smart museum security system with real-time monitoring and intrusion detection.
Project Overview
Engineered a robust museum security solution integrating RFID-based entry validation, artifact protection using IR sensors, and visitor proximity detection via ultrasonic sensors. Real-time monitoring and logging were implemented using Python scripts and Google Sheets. The system controls access with servos and displays status messages on an LCD. Alerts are triggered through a buzzer for any suspicious activity, ensuring enhanced artifact safety.
Technologies Used
Key Features
- RFID-based entry system for visitor verification
- Real-time validation using Google Sheets and Python integration
- IR sensors placed under artifacts to detect unauthorized removal
- Ultrasonic sensors for proximity detection and alerting
- 16x2 LCD display showing messages only upon card validation
- Buzzer alerts for suspicious activity or security breaches
- Visitor entry and exit time tracking with Google Sheets logging
Development Process
Requirement Analysis & Planning
Planned a secure visitor tracking system for museums. Designed the flow to verify visitor credentials and log entry/exit with minimal human involvement.
Hardware Integration
Used Arduino Uno to interface with RFID readers, IR sensors, ultrasonic sensors, buzzer, servo motor (gate), and LCD display. Ensured stable hardware communication.
Software & Cloud Logic
Developed Python scripts to handle RFID data, validate it against Google Sheets, and decide entry permissions. Real-time logging of UID, timestamps, and visitor details to the cloud.
Testing & Validation
Simulated multiple use-cases including valid entry, fake cards, unauthorized proximity, and artifact tampering. System reliably detected and responded to suspicious activity with alerts and logging.