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PT Food Station is a Regional Owned Enterprise of the DKI Jakarta Provincial Government which functions, among others, to manage inter-regional and inter-island rice trading centres as well as providing information related to rice price control in DKI Jakarta. Currently, the dashboard has not reached retail rice prices in various markets in Jakarta. This paper presents a dashboard that integrates price visualization at both the wholesale and retail levels as well as the supply of rice through the Cipinang Rice Main Market. The research stages consisted of identifying information needs, designing data warehouses and databases on On-line Analytical Processing (OLAP), acquisition of price data through Extract, Transform and Load (ETL) processes, and data visualization. The result was a data warehouse that stores several fact tables, namely the prices of various types of rice at wholesale and retail levels, quantity of incoming or outgoing rice and several dimension tables, namely the dimension of place (origin/destination city), time dimension, rice type dimension and market dimension as well as Dashboard a variety of price and supply charts that can be selected based on the available dimensions.

House-screening (HS) using fixed-aluminium frames to reduce the risk of indoor infestation with Aedes aegypti mosquitoes as well as the risk of Aedes-transmitted diseases in communities living in endemic areas. However, the success of this approach has been hindered by the elevated cost of the aluminium-based materials as well as their professional installation, which cannot be afforded by people living under vulnerable conditions. Cost-saving strategies such as the use of low-cost materials including wood, PVC, and Velcro are within the list of HS options available and offered by HS businesses and/or Do-it-yourself (DIY) packages verbi gratia ready-made and ready-to-install mosquito-screens. Here, we evaluated the efficacy of low-cost frames constructed with different materials to protect against Ae. aegypti indoor infestation using experimental huts. The efficacy of protection in preventing female mosquito passing inside the huts of any of the options of frames was high (>93%) compared to the control with no-screen. People’s perceptions on the different materials showed the most “popular” alternative was the frame made of wood (62%). All the prototype-frames of HS made of different materials were effective at blocking Ae. aegypti entering-mosquitoes particularly, low-cost options like magnets and Velcro.