Implementation of Panic Button and Fingerprint Sensor on Security System RFID Using Internet of Things and e-KTP

Abstract

Security is one of the factors that need to be maintained in a scope. Security can be disrupted by threats in form of loss of valuables to violence. This phenomenon became the idea of developing security system based on fingerprint sensor and Radio Frequency Identification (RFID). Right now, Internet of Things (IoT) has implemented in many sectors, one of them is in security system. In this work, authors propose a system called smartdoors using NodeMCU ESP8266 which utilizes the use of RFID sensor and fingerprint sensor as user authentication. The functionality of this system is also tested by measuring effective distance user from fingerprint sensor and RFID sensor using e-KTP and for its performance, Quality of Service (QoS) method is used to measure the quality of this proposed system. From the test results on the RFID sensor, the optimal distance to detect e-KTP is 3.5 cm, while the fingerprint sensor can only be read by sticking it directly. QoS performance on the alert feature produces an average throughput value of 29,622 bps and delay value of 68.90 ms. The open and close features have an average throughput value of 42,156 bps and delay value of 48.57 ms. While the panic button has an average throughput value of 44,795 bps and delay value of 37.33 ms.