Braga Technologies (PT Braga Teknologi Nusantara) is an Indonesian technology company based in Bandung that specializes in geospatial technology and location-based services. Founded in 2019, the company focuses on transforming complex spatial data into actionable insights to improve decision-making for businesses and government agencies.

Yes. Braga Technologies is the company, and GeoDashboard is the platform developed and delivered by Braga Technologies as a core solution for Web GIS and Geo-AI implementations.

Braga Technologies is ISO 27001 certified and applies security best practices across development and deployment. We also maintain GDPR compliance awareness where relevant, especially when handling personal or sensitive data. Security controls are aligned to client requirements and may include role-based access control, auditability, secure API practices, encryption in transit, and vulnerability hardening as part of delivery.

Braga Technologies has delivered GeoDashboard-based solutions, often enhanced with AI/Geo-AI capabilities across multiple domains, including environmental and forestry analytics dashboards, disaster information systems, early warning platforms, carbon monitoring dashboards, and mining monitoring solutions (as showcased in the company profile). AI components may include automated data extraction, anomaly detection, classification, and AI-assisted analytics to accelerate insight generation and decision support.

GeoDashboard is commonly used for location-based monitoring and reporting, environmental and climate data visualization, and natural resource analytics through interactive dashboards. It also supports risk monitoring and early warning systems, integrates field data collection with maps, and enables cross-agency geospatial data consolidation for more informed decision-making.

GeoDashboard is suitable for government agencies, state-owned enterprises, and private companies that rely on location intelligence—especially those managing environmental programs, land and asset data, operational monitoring, and decision support.

GeoDashboard is a Web GIS and Geo-AI platform used to build geo-dashboards, perform spatial analysis, and deliver web-based visualization of environmental, climate, and natural resource data. It helps organizations transform multi-source data into interactive maps and decision-ready insights.

Depending on the project scope, GeoDashboard can support common spatial analytics such as overlay analysis, proximity/buffer, area-based statistics, spatial filtering, routing, and other GIS-based computations relevant to operational needs.

Yes. GeoDashboard can be implemented to handle both real-time streams (e.g., sensors, operational feeds) and historical datasets (e.g., time-series records, archived imagery), enabling trend analysis and monitoring over time.

Yes. Implementations can include role-based access control (RBAC), user management, and permission settings so different teams can safely collaborate while maintaining data governance.

Yes. Braga Technologies can integrate satellite data such as Sentinel-1 and Sentinel-2, Landsat, High-resolution basemap imagery. Satellite layers can be displayed directly on the map and also combined with numerical model outputs or local datasets for richer analysis. Braga Technologies also maintains a partnership with Planet Labs for higher-frequency, higher-resolution imagery options when required.

Yes. GeoDashboard is modular and can be tailored to your workflows—such as dashboard layouts, map layers, user roles, data pipelines, spatial analytics tools, and integrations with your existing systems.

Yes. GeoDashboard is designed for integration—commonly via APIs and standard GIS/database connections. Integration can include existing databases, GIS servers, internal applications, and external data sources as required.

Yes. Deployment can be adapted to client requirements, including on-premise, private cloud, or public cloud environments, depending on governance and infrastructure policies.

A typical project includes requirement discovery and use case definition, followed by data readiness assessment and integration planning. It continues with UI/UX and dashboard design, system development and configuration, as well as testing and user acceptance. The process concludes with deployment, training, handover, and ongoing maintenance to ensure long-term success.