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Interactive Web Maps
Explore geographic information with pan, zoom, layer visibility, map controls and responsive viewing.
Maps • Data • Intelligence • Decisions
See your world
with GISNaqsha.
A geospatial platform concept for turning location-based data into clear maps, meaningful analysis and practical decisions. Explore spatial information, understand patterns and communicate insights through an interactive GIS experience.
Web GISSpatial AnalysisWater IntelligenceDecision Support
Spatial layers
Analysis point
Geo-data
INTERACTIVE GEO-SPATIAL VIEWGISNaqsha • Explore
The platform
One workspace for spatial understanding
GISNaqsha brings maps, geospatial datasets and analytical workflows together in a web-based environment. The exact tools and datasets available can be configured for each project and user role.
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Layer Management
Organise thematic layers into logical groups, switch datasets on and off, and inspect map information.
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Location Intelligence
Search places, identify features, inspect attributes and understand where important assets and events are located.
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Spatial Analysis
Support overlay, proximity, area-based assessment, terrain interpretation and other GIS analysis workflows.
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Water & Environment
Present water resources, river networks, catchments, flood information and environmental indicators on maps.
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Decision Support
Translate spatial evidence into map-based summaries that help teams compare options and plan interventions.
Built around your data
From raw geodata to useful insight
A GIS workflow can combine multiple sources and formats to create a consistent operational picture.
- Vector data: points, lines and polygons
- Raster data: satellite imagery, elevation and thematic grids
- Web map services and tiled map layers
- Attribute inspection and thematic visualisation
- Project-specific maps, reports and dashboards
Designed for teams
Controlled access and collaboration
A production GIS portal can provide different capabilities to public visitors, registered users, editors and administrators.
- Public map viewing where enabled
- User accounts and saved map views
- Approval-based editing and data submission
- Role-based access to protected datasets
- Administrative control of users, layers and services
A clear workflow
How a GISNaqsha workflow can work
Move from a geographic question to a map-based result in four practical stages.
Connect data
Bring together approved GIS layers, imagery, tabular data and map services.
Explore the map
Choose layers, navigate locations and inspect feature attributes.
Analyse patterns
Apply relevant spatial methods and compare geographic conditions.
Share insight
Present findings through maps, dashboards, exports or project reports.
AI-powered assistance
Meet the GISNaqsha AI Guide
I’m ChatGPT, an AI assistant from OpenAI. I can help explain GIS concepts, plan spatial workflows, draft code, troubleshoot mapping issues and interpret geospatial methods. This on-page demo is a local example; it does not connect to a live AI service or send your questions to ChatGPT.
GISNaqsha Guide: Ask a sample question such as “What is a WMS layer?” or “How can GIS support flood risk mapping?”
Demo responses are predefined examples. For a live AI assistant, connect a secure server-side API and apply authentication, rate limits and privacy controls.
About GISNaqsha
Geography made understandable
GISNaqsha is presented here as a geospatial information and mapping platform focused on making geographic data easier to explore, analyse and communicate. It can support applications across water resources, infrastructure, environment, planning, disaster risk and development.
The platform can be extended with project-specific web maps, spatial databases, geoprocessing services and decision-support tools.
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What I can help you do
As ChatGPT, I can support users and GIS teams with:
- GIS concepts, terminology and learning
- QGIS, ArcGIS and Leaflet guidance
- PostGIS queries and spatial database design
- GeoServer, WMS, WFS and map service troubleshooting
- Python, JavaScript, PHP and SQL development
- Hydrology, flood mapping and spatial decision support