Every institution has important data that must be maintained its authenticity and integrity for the smooth performance of the institution. Both primary and secondary data. Because data collection is the most important part in any job. Meanwhile, in Kraksaan Prison, the data collection mechanism used is still inefficient because it inputs data twice. Namely with a notebook related to the identity of the inmate, and re-sorted into Microsoft Excel. Therefore, this study intends to facilitate prisons in tabulating data, the formulation of the problem in this study is how to make an information system application for data collection of prisoners in prisons using the web, the research method used in this study is a qualitative method. While the system development method in this study uses the waterfall method by conducting observations, interviews, and literature studies. The result of this research is the creation of an information system application for data collection of prisoners in prisons using the web, which aims to facilitate correctional officers in tabulating data. With the implementation of this data collection information system, it is expected to be able to handle problems in the agency, namely facilitating data collection and printing reports.
Budidaya tanaman saat ini dalam kondisi keterbatasan waktu dan kesempatan dalam melakukan perawatan dibutuhkan sebuah inovasi teknologi untuk tetap bisa mempunyai tanaman tetap tumbuh kembang dengan baik, tanpa harus menyiramnya secara manual. Maka diperlukan sebuah inovasi Internet of Things (IoT) untuk membantu pekerjaan manusia dalam hal monitoring dan otomatisasi irigasi berdasarkan data hasil pengukuran suhu, kelembaban tanah dan kelembaban udara sekitar tanaman secara real-time. Tiga buah sensor digunakan dalam pembuatan alat ini, yaitu sensor kelembaban tanah CSMS, sensor suhu DS18820, dan sensor DHT11. NodeMCU V3 ESP8266 yang menjadi mikrokontroller sekaligus konfigurasi dan koneksi terhadap aplikasi Blynk dalam proses IoT monitoring dan controlling secara jarak jauh. Pada pengujian functional suitabillity, diketahui bahwa dengan fitur yang diuji pada Internet of things (IoT) untuk pengaturan kelembaban tanah pada tanaman dengan NodeMCU V3 ESP8266, akses atau instruksi dapat bekerja sesuai dengan requirement awal. Hasil penilaian perpektif functional suitability menunjukkan 100% sistem berfungsi dengan baik. Hasil dari Penelitian dapat dikembangkan lebih lanjut pada skala yang lebih besar dan memiliki potensi tepat guna sebagai tolok ukur pada lembaga penelitian dan pengembangan yang berfokus pada tanaman tertentu.
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