IMPLEMENTASI SISTEM INTERNET OF THINGS SEBAGAI INPUT DATA REALTIME PADA SMART SECURITY COVID-19

  • Gemilang I
  • Hidayat R
  • Nurpulaela L
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Abstract

COVID-19 (Coronavirus Disease 2019) melanda seluruh dunia termasuk Indonesia. Masyarakat dianjurkan pemerintah menjalankan protokol kesehatan guna menurunkan tingkat penyebaran virus Corona. Meski mobilitas sangat dibatasi masih banyak masyarakat yang melakukan aktifitas di luar rumah. Sehingga untuk menghindari angka kenaikan kasus positif COVID-19 diperlukan peningkatan protokol pengamanan terhadap COVID-19 di tempat-tempat pelayanan umum. Selain itu masyarakat perlu dibekali informasi mengenai perkembangan penyebaran hingga edukasi dalam mengatasi COVID-19. Hal ini diperlukan karena masih banyak masyarakat yang bersikap tidak peduli dengan tidak mematuhi protokol kesehatan atau bersikap panik berlebihan seperti membeli masker dan desinfektan dengan jumlah banyak hanya untuk kepentingan pribadi. Hal ini tidak hanya merugikan diri sendiri tetapi juga orang lain salah satunya para medis yang lebih membutuhkan APD (Alat Pelindung Diri) justru kesulitan mendapatkannya karena habis di pasaran akibat kesalahan masyarakat dalam menyikapi pandemik karena kurangnya edukasi yang kemudian dimanfaatkan oleh orang-orang yang tidak bertanggung jawab demi memperoleh keuntungan pribadi. Oleh Karena itu untuk mengatasi masalah tersebut dibuat sebuah produk Smart Security COVID-19 yang dapat melakukan pengecekan suhu dan penyemprotan desinfektan secara otomatis. Sistem pengecekan suhu dibuat terhubung dengan Internet of Things untuk memonitoring data suhu pengunjung secara realtime serta dapat memberikan edukasi mengenai COVID-19. Data dari device akan dikirim ke NodeMCU ESP8266 yang merupakan mikrokontroler yang dilengkapi dengan WIFI ESP8266 sebagai platform IoT. Kemudian setelah data diterima oleh NodeMCU ESP8266 maka data akan dikirim kembali pada sebuah website untuk divisualisasikan dalam bentuk grafik sebagai analisis perkembangan COVID-19 pada suatu area. COVID-19 (Coronavirus Disease 2019) has hit the whole world, including Indonesia. The public is advised by the government to implement health protocols to reduce the level of spread of the Coronavirus. Although mobility is very limited, there are still many people who carry out activities outside the home. So to avoid the increase in the number of positive cases of COVID-19, it is necessary to increase the security protocol against COVID-19 in public service places. In addition, the public needs to be provided with information about the development of the spread to education in dealing with COVID19. This is necessary because there are still many people who don't care by not complying with health protocols or acting in excessive panic such as buying masks and disinfectants in large quantities only for personal interests. This is not only detrimental to themselves but also to others, one of which is the medical staff who need PPE (Personal Protective Equipment) more difficult to get it because it is sold out in the market due to people's mistakes in responding to the pandemic due to lack of education which is then used by people who are not aware of it responsible for personal gain. Therefore, to overcome this problem, a COVID-19 Smart Security product was created that can check temperature and spray disinfectants automatically. The temperature checking system is connected to the Internet of Things to monitor visitor temperature data in real time and can provide education about COVID-19. Data from the device will be sent to the NodeMCU ESP8266 which is a microcontroller equipped with WIFI ESP8266 as an IoT platform. Then after the data is received by the NodeMCU ESP8266, the data will be sent back to a website to be visualized in graphic form as an analysis of the development of COVID-19 in an area.

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CITATION STYLE

APA

Gemilang, I. P., Hidayat, R., & Nurpulaela, L. (2021). IMPLEMENTASI SISTEM INTERNET OF THINGS SEBAGAI INPUT DATA REALTIME PADA SMART SECURITY COVID-19. Power Elektronik : Jurnal Orang Elektro, 10(2), 72. https://doi.org/10.30591/polektro.v10i2.2582

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