Digital Oasis supports government institutions in delivering data-driven public services through Geographic Information System (GIS)-based digital solutions. Our e-Government platforms are designed to improve infrastructure visibility, planning accuracy, and operational oversight through reliable spatial data.
Digital Oasis developed a GIS-based mapping and monitoring system for Dinas Perumahan Rakyat, Kawasan Permukiman, dan Pertanahan Kabupaten Bandung.
The system is designed to map and monitor clean water facilities and infrastructure, providing accurate spatial visualization of water distribution networks, treatment installations, pipelines, and related infrastructure assets.
Public infrastructure agencies manage extensive physical assets distributed across large geographic areas. Without spatially integrated systems, infrastructure data is often fragmented, difficult to analyze, and challenging to use for long-term planning.
GIS-based platforms enable government institutions to:
Visualize infrastructure assets spatially
Monitor infrastructure conditions more effectively
Support evidence-based planning and decision-making
Improve coordination across departments and programs
The development of the GIS-based system addressed several challenges commonly faced by public-sector infrastructure agencies:
Limited visibility of infrastructure assets across regions
Manual and non-integrated infrastructure data records
Difficulty monitoring clean water distribution networks
Challenges in infrastructure planning and prioritization
Lack of accurate spatial data for policy and decision support
The system was designed to achieve the following objectives:
Centralize clean water infrastructure data in a single platform
Provide accurate spatial visualization of infrastructure assets
Support monitoring and evaluation of water distribution systems
Enable comprehensive infrastructure planning and supervision
Improve data accuracy for policy formulation and decision-making
The solution is a web-based GIS platform that integrates infrastructure data with geographic mapping technology. The system presents spatial representations of clean water facilities, including pipelines, treatment installations, and supporting infrastructure.
By leveraging GIS technology, the platform allows government staff to analyze infrastructure distribution, identify service gaps, and plan future development more effectively.
The system provides core capabilities including:
Spatial mapping of clean water infrastructure
Visualization of water distribution networks
Infrastructure asset monitoring and data management
Geographic-based analysis for planning and supervision
Centralized access to infrastructure information
Web-based application
Geographic Information System (GIS)
Spatial data visualization and mapping
Centralized and scalable system architecture
The platform is designed to support long-term infrastructure planning while remaining adaptable to future data expansion.
The implementation delivered meaningful impact for the institution, including:
Improved visibility of clean water infrastructure assets
More accurate and comprehensive infrastructure planning
Enhanced monitoring and supervision capabilities
Better data support for policy and development programs
Increased efficiency in public infrastructure management
Digital Oasis understands the operational, regulatory, and planning needs of government institutions.
Our strengths include:
Experience in e-Government and public-sector systems
GIS-based system development expertise
Focus on data accuracy and usability
Solutions aligned with long-term public service objectives
It is a digital platform that uses geographic data to map, visualize, and analyze physical infrastructure assets spatially.
Yes. The system is specifically designed to support public-sector planning, monitoring, and decision-making processes.
Yes. The GIS architecture can be extended to support additional infrastructure domains and datasets.
Digital Oasis delivers e-Government solutions that enhance infrastructure visibility, planning accuracy, and public service effectiveness through GIS-driven digital platforms.