Prototype dan Implementasi Smart Lock dengan Akses E-KTP untuk Keaamanan Rumah Berbasis Internet Of Things

Graha Prakarsa, Reni Nursyanti, Vani Maharani Nasution
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Abstract

- The level of crime and the expertise of thieves, especially house theft, is very high, making the author come up with the idea of innovating a door security device that is efficient and practically does not need to use conventional locks, namely door security using Radio Frequency Identification (RFID) based on the Internet of Things using the NodeMcu Lolin V3 microcontroller. . Radio Frequency Identification (RFID) reads the UID E-KTP and PIN as a door opener by utilizing Internet of Things technology by using wireless connected to the website which can be monitored via a Smartphone which aims to ensure more security because not everyone can access the door easily and no need to carry conventional keys anymore and switch to automatic smart doors using E-KTP and Pin access and produce smart lock system designs by utilizing IoT-based e-KTP access. The result is that Smart Lock uses E-KTP and PIN access and UPS batteries to allow access to still be able to enter even though the power is off and is made to increase security and does not need to use conventional locks to make the house safe and practical which is operated with the NodeMCU microcontroller as a control center circuit using Arduino IDE software that can be controlled remotely from the website
-犯罪水平和盗贼的专业知识,特别是房屋盗窃,非常高,使得作者提出了创新一种高效且实际上不需要使用传统锁的门安全装置的想法,即使用NodeMcu洛林V3微控制器的基于物联网的射频识别(RFID)门安全。射频识别(RFID)通过利用物联网技术,通过使用无线连接到可以通过智能手机监控的网站,读取UID E-KTP和PIN作为开门器,旨在确保更多的安全性,因为不是每个人都可以轻松访问门,不再需要携带传统钥匙,并使用E-KTP和PIN访问切换到自动智能门,并利用基于物联网的E-KTP访问产生智能锁系统设计。其结果是,智能锁使用E-KTP和PIN访问和UPS电池,允许访问仍然能够进入,即使电源关闭,增加安全性,不需要使用传统的锁,使房子安全实用,使用NodeMCU微控制器作为控制中心电路,使用Arduino IDE软件,可以从网站远程控制
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