A security support and attendance system for St. Bernadette College of Alabang. This project uses RFID as the identification device of students and staffs. It monitors the visitation records of each person in the building through RFID readers with NodeMCU that communicates with the server through websockets. Students and staffs can tap their RFID cards and the system automatically records their time in as they enter the building and time out as they go out

A realtime, automated security system using RFID (EM18), Fingerprint Authentication and Arduino Mega(supporting multiple serial communication).

Intelligent RFID Access Control and Safety Monitoring System for RCF is a real-time platform developed for Rashtriya Chemicals and Fertilizers Limited Thal. It uses RFID tags to track personnel entry and exit, monitor security zones, and support emergency response for improved plant safety and security.

This is the RFID Verification System Version 2 project, built using the Laravel framework (PHP) to support a scalable web application with enhanced security. It is integrated with REST APIs for application development.

This project is a smart keyless vehicle entry system built using ESP32 and RFID cards. It allows authorized drivers to unlock access easily while sending live updates to a mobile app through Blynk. The system improves security, supports multiple users, and can be expanded for personalized vehicle settings.

A secure dual-factor authentication smart lock system using Arduino, RFID, and a fingerprint sensor for reliable access control. It verifies UID and fingerprint in real time, controls a servo-based lock, and supports button-triggered input switching for robust, low-cost physical security projects.

Arduino UNO as a microcontroller can be developed for various types of implementation, for example it is used as a small to medium scale security system by utilizing various supporting modules. The working principle of this tool is quite simple, this system will scan the surrounding RFID cards/tags. If the system recognizes the RFID card/tag, the system will display the “Open” status, and move the action module to the open position, the action module on the prototype designed to be drawn uses a servo motor to prop it up from the cabinet to open. If the RFID card/tag is scanned again, the system will display the “Closed” status, and move the action module to the closed position. If the system does not recognize the RFID card/tag, the alarm will fire and the system will change to a locked state.

A smart lock project based on Arduino, designed to control door access using a keypad and servo motor. The system allows users to unlock the door by entering a predefined passcode. Future development includes support for RFID and mobile app control, with a focus on security, flexibility, and practical application in smart home environments.