MIGRATING DEVELOPMENT PLAN FORUM SYSTEM TO SERVICE PLATFORM BASED ON MICROSERVICES (CASE STUDY: MEDAN’S CITY GOVERNMENT)

Regional Development Plan Forum (Musrenbang) is an activity to support the development planning and budgeting process of local government in Indonesia. Medan City has developed an information system to manage that activity and manage the data of development planning. The information system is ref...

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Bibliographic Details
Main Author: Atsaury Saragih, Nugra
Format: Theses
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/71411
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Institution: Institut Teknologi Bandung
Language: Indonesia
Description
Summary:Regional Development Plan Forum (Musrenbang) is an activity to support the development planning and budgeting process of local government in Indonesia. Medan City has developed an information system to manage that activity and manage the data of development planning. The information system is referred to as DevPlan and is built in monolithic approach. In the utilization of E-Planning problems arises. Complicated when it is repaired an error occurs or when it is updated due to modifications in Regional Development Planning Body (Bappeda) business process or regulations. Also, the repetitive activities in the same data management on the development planning system built by the Ministry of Home Affairs. These problems could be solved by migrating the system into service platform based on microservice to increase the efficiency and effectiveness in the Musrenbang process, with the service platform the two systems or others can be integrated and use the resources together. Service computing system engineering (SCSE) combined with migration strategy at the service requirement phase is used as a methodology to help the migration. The results of this study are prototypes of the Musrenbang service platform built according to the microservices architecture and built based on modeling in accordance with the SoA principles, namely: loosely coupled, high cohesion, low complexity, and reusable. The results be equipped by design validation and prototype performance test. This research is expected to be able to provide solutions to existing Musrenbang application development needs to increase efficiency and effectiveness in the Musrenbang process.