Review on Multilayered IOT Based House Security System

Review on Multilayered IOT Based House Security System

   Prof.P. B. Gholap , Sakshi Doke , Dipti Mule , Shivani Borhade  1

   Prof.P. B. Gholap, AI and DS Engineering, Jaihind College of Engineering Kuran

Sakshi Doke, AI and DS Engineering, Jaihind College of Engineering Kuran

Dipti Mule, AI and DS Engineering, Jaihind College of Engineering Kuran

Shivani Borhade, AI and DS Engineering, Jaihind College of Engineering Kuran

Abstract - This paper proposes an advanced IoT-based house security system comprising three distinct modules designed to enhance overall safety. The first module employs RFID technology for gate automation, where vehicles equipped with RFID cards are recognized by an EM18 module, allowing seamless, secure access to authorized vehicles. This automated system eliminates the need for manual gate control and ensures that only registered cars can enter the premises. The second module focuses on a home locker, which is secured through a three-way authentication process that includes fingerprint recognition, RFID scanning, and a secret key entered via a keypad. This multi-layered approach to locker security ensures that access is granted only when all three authentication factors are successfully provided, greatly reducing the risk of unauthorized access. The third module enhances perimeter security by using a motion sensor to detect unauthorized movement at the back of the house. Upon detecting motion, the system immediately sends an alert to the homeowner’s mobile device, enabling timely responses to potential threats. This IoT-based system integrates RFID technology, multi-factor authentication, and real-time mobile alerts to provide a comprehensive and effective security solution for residential settings. .

Key Words: IoT-based security system, RFID technology, Gate automation, Home locker security, Multi-factor authentication, Fingerprint recognition, Motion sensor, Real-time alerts