Nearest Service Search System Based On Android

Abstract

The national financial industry utilizes technological developments to expand public access to services in financial inclusion as a form of economic development in Indonesia. Financial inclusion is an effort to encourage the public to have access to the financial system. however, in expanding financial inclusion, there are obstacles to the community and banking financial institutions. Community constraints include the lack of a bank around the place of residence, the long distance to the nearest branch office, and a lack of understanding of financial management, while the constraint on financial institutions is the limited banking services to the public in all corners. Based on these problems, it is necessary to use infrastructure and access to technology to obtain service information without an office with the location of the user and the nearest route that can be aimed at. This research will build an android-based SIPANDAI application with the application of the Spherical Law Of Cosines (SLOC) method. SLOC is a method for searching distances from one location to another that is a derivative of Spherical Trigonometry in apps for solving problems related to finding the shortest distance. Based on the research results, the application of the SLOC method has a distance tolerance of 0 - 10 meters if compared to Google maps Distance measurement.