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This research introduces a prototype Disaster-affected Area Segmentation Application (DAS-Apps) designed to perform segmentation of disaster-affected areas based on latitude and longitude features (geo-positioning). The application functions to filter disaster information from social media, official government data from Badan Nasional Penanggulangan Bencana (BNPB), and disaster information submitted in real-time through DAS-Apps. The affected areas are mapped based on geo-positioning data, and then calculated using the Haversine Formula method to indicate when and how far-reaching the disaster events are perceived. In this study, DAS-Apps simulations were conducted using earthquake datasets (magnitude ≥ 5.0) from the Meteorology, Climatology, and Geophysics Agency (BMKG) during the months of November and December 2022, specifically earthquake data for the Cianjur region, Indonesia. The test results indicate that the DAS-Apps prototype can successfully carry out the area segmentation process based on the geo-positioning radius from the disaster information point, making it suitable for implementation in emergency response and disaster management application frameworks in future research.

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This article proposes a conceptual framework design tool to implement Secure Place Locator (SPL) that can help the process of Disaster Management (DM) through utilizing social media, in which this software can inform disaster site and safe point for casualities evacuation in real time with Geographic Information System (GIS) aid. The discussion is limited to the system design, with design methodology tool as an adaptation of the model development System of Design Life Cycle (SDLC), which includes the following stages: problem identification and selection, initiation and planning, analysis, and design. The analysis of formulated design is expected to handle disaster evacuation quickly and appropriately, this device will have a significant impact in the evacuation process (recovery) of victims by discovering a safe point of evacuation in order that help is given on target and evenly. The benefit of SPL implementation is that SPL can map position, quantity, density, and incident in the disaster site, so that DM process can be performed quickly and accurately.

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Aplikasi kamus bahasa Sunda adalah alat digital yang memudahkan pengguna untuk mencari terjemahan kata-kata dari bahasa Indonesia ke bahasa Sunda, atau sebaliknya. Aplikasi ini dilengkapi dengan beragam fitur seperti pencarian cepat, contoh kalimat, dan panduan pengucapan, serta fitur khusus seperti aksara Sunda, paribasa (peribahasa), dan informasi budaya Sunda, menjadikannya sumber belajar yang praktis dan komprehensif bagi siapa saja yang ingin memahami atau menggunakan bahasa Sunda.

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