Era IoT, globalisasi dan liberalisasi ekonomi telah membawa dampak yang sangat signifikan, antara lain semakin ketatnya persaingan di sektor industri. Daya saing yang tinggi dari sektor industri dapat tercapai apabila sektor industri memiliki struktur yang kuat, adanya peningkatan nilai tambah dan produktivitas di sepanjang rantai nilai produksi, serta dukungan dari seluruh sumber daya produktif yang dimiliki. Perkembangan Kabupaten Jepara yang cukup pesat sebagai kota industri menyebabkan pergeseran fungsi lahan tidak terhindarkan, dimana kebutuhan lahan untuk kebutuhan industri dan pergudangan cukup besar sehingga jumlah permohonan alih fungsi lahan meningkat secara signifikan. Solusi yang efektif dan efisien adalah dengan memindahkan dari sistem offline dalam mencari titik pada peta statis diubah menjadi sistem online peta overlay, menggunakan peta geospasial yang telah divalidasi oleh Badan Informasi Geospasial. Untuk itu dibuatlah sebuah aplikasi Sistem Informasi Geospasial online untuk mendukung pengambilan keputusan pemanfaatan tata ruang. SINGMANTAP merupakan sistem yang memungkinkan dilakukannya suatu penyampaian dan pemrosesan data dan informasi secara tunggal dan sinkron serta pembuatan keputusan sesuai dengan tugas dan fungsi masing-masing Satuan Kerja Perangkat Daerah dalam hal pelayanan perizinan dan non perizinan online berbasis website yang interaktif. Model aplikasi ini dapat ditiru dan diaplikasikan oleh pemerintah daerah yang lain untuk mendukung program e-government
Telecommunications technology in the early 2000s until now has experienced a rapid increase. Starting with complex devices to microcomputer devices that are able to connect to the network. With the development of networking technology, it will leave behind non-network-support devices that can still be used. The existence of previous research on "The interface between the IoT microcontroller (ESP32) and the Max3421e USB Host" can be taken advantage of developing a device that can facilitate a non-support-network device into a support-network electronic device. So that non-support-network electronic devices do not become electronic waste and can also become a device that can be used in the present. In this study, a prototype of a data receiver from WiFi was designed, then the data that has been received is reorganized into rows of data that are ready to be sent to non-support-network electronic devices. This developed tool uses an ESP32 IoT microcontroller connected to the USB Host max3421e which has been packaged in the form of a USB host shield module using SPI protocol communication. The result obtained is that data from the network can be sent correctly to the USB Host max3421e via the ESP32 microcontroller.
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