| dc.description.abstract | Layered door security systems have become an important part of everyday life to increase security and convenience for users. Utilization of E-KTP technology, Fingerprint (Fingerprint), and facial recognition (face id) are some of the fea tures that can be used as a security system. This study aims to design a room security system through access to a door. This research designs and verifies the user's identity when passing through the door. Some of the sensors used include PN532 as an E-KTP detection sensor, FPM10A as a Fingerprint detection sensor, and ESP32CAM as a facial image detection sensor. The system is made in such a way that is hierarchical and connected to an Internet of Things (IoT) intermediary so that the system can be monitored remotely using the Blynk application. The tool also uses a servo motor as a door access control and an RFID module in its application. This study also uses ATmega328 as a microcontroller for data proce ssing. The results of the PN532 test using a sensitivity of 100% can read the RFID on the E-KTP chip. FPM10A sensor testing shows a sensitivity of 90%. Furthermo re, the ESP32CAM test showed a sensitivity of 85%. From the results of testing the entire system, it was obtained that the performance value of the tool was 91.6% so that the system could be categorized as running well. | en_US |
