OpenGeodex, your desktop workspace for geospatial AI agents
Bring geospatial intelligence into learning, research, and professional practice. Delegate data preparation, spatial analysis, and thematic mapping while focusing on methods, interpretation, and professional judgment.
Students
Explore coordinate reference systems, map projections, and spatial relationships through real tasks. Let the agent assist with operations while you focus on analytical principles, assumptions, and validating results.
Researchers
Delegate routine steps in multi-source data acquisition, remote sensing preprocessing, and spatial statistics. Focus on scientific hypotheses, method design, scale effects, and interpreting results.
GIS engineers, cartographers & spatial analysts
Connect format conversion, coordinate transformations, raster and vector processing, and thematic mapping with the agent. Apply your expertise to data quality control, analytical model selection, and cartographic communication.
Geology, forestry & other fields
Organize terrain, imagery, and thematic data for geological surveys, forest resource management, and ecological assessment. Let the agent assist with overlay analysis, zonal statistics, and map production, while your domain knowledge guides interpretation and decisions.
Students · Urban planning
Using OSM parks and WorldPop population grids, calculate the share of Jianghan District residents within 500 m of a park and map the gaps, with every step explained.
Population coverage · Service gap map
Hydrology · Watershed analysis
Delineate the Qingjiang basin from a 30 m DEM—fill, flow direction, accumulation, and outlet snapping—then check the area against published figures.
Basin boundary and streams · Area check
Researchers · Remote sensing
Build annual Sentinel-2 NDVI composites, compare them on a shared color scale, and diagnose any systematic offset between years before interpreting change.
NDVI comparison · Bias diagnosis
Researchers · Multi-source data
Combine GlobeLand30 cropland with the Copernicus DEM and summarize Hubei cropland by five slope classes and prefecture in an equal-area projection, with figures and tables ready for publication.
Slope-class map · Prefecture statistics
GIS engineers · Data preparation
Inspect coordinates, fields, and extents, then batch-convert, clip, and organize vector and raster files for consistent downstream use.
Standardized files · Inspection summaries
Cartographers · Thematic mapping
Turn statistics into a thematic layout—graduated colors, proportional symbols, grid density, and a summary table on one sheet, with title, legend, sources, and compliance notes.
Thematic map · Summary table
Spatial analysts · Site assessment
Gather roads, points of interest, and facilities around candidate sites; use buffers and coverage analysis to support a consistent comparison.
Site comparison tables · Context maps
Geologists · Patrol planning
Use a 30 m DEM and OSM waterways to rank steep slopes near rivers in Zigui County into patrol priorities—clearly labeled as a terrain screening, not a hazard assessment.
Patrol-priority map · Area summaries
Forestry teams · Resource management
Within forest areas, extract likely harvest patches from NDVI and moisture-index declines, grade them by size, and hand them to field teams for verification.
Candidate harvest patches · Size classes
Ecology & EIA · Early screening
Draw a screening radius around a sample location, list schools, hospitals, and residential areas from OSM, and summarize land cover with ESA WorldCover.
Sensitive-receptor map · Land-cover summary
Local workspace
AI plans and coordinates the work. GIS tools process geospatial data on your computer, keeping it local
Connectors
Connect local files, private databases, and online sources so your agent can access the data each task needs
Professional skills
Tool-specific SOPs reduce trial and error. Retain project knowledge and preferences to better understand your work
Specialist collaboration
Specialists coordinate collection, remote sensing, analysis, and mapping, running independent tasks in parallel
Describe your goals and requirements. Let the agent plan the steps, call tools, and coordinate multi-stage work.
Connect local files, private databases, and online sources to find, acquire, and organize the data your task needs.
Batch format conversions, coordinate transformations, raster and vector processing, and quality checks to simplify data preparation.
Combine terrain analysis, spatial statistics, and remote sensing into computational workflows shaped around your research question.
Explore spatial data and create thematic maps. Deliver layers, maps, and statistical results for review and further use.
Save validated methods as skills and combine project knowledge with domain experts to apply proven workflows to future tasks.
OpenGeodex brings together domain experts, practical methods, and reusable skills. Your digital coworker starts with geospatial expertise and can grow with the knowledge and workflows you build.
Domain experts and reusable skills bring geospatial knowledge into data collection, processing, analysis, and mapping tasks.
Add project documents, define specialist roles, and save proven workflows. Your team’s methods can become reusable working knowledge.
Build on project memory, knowledge, and saved skills as work progresses. Review and refine methods so future tasks can draw on what you have learned.
Local processing, configurable approvals, and a choice of model services give you control over how your data is used.
AI plans the task and coordinates tools. Local GIS tools process your files and save results on your computer, without requiring your datasets to be uploaded to a cloud processing platform.
Connect a compatible local or privately deployed model for your data requirements. Online model services receive task context, which may include data read by tools; choose a service appropriate for your data.
In approval mode, tools declared as write operations require confirmation. You can review tool calls and results, and choose whether to enable automatic approval.
The experience improvement program lets you inspect pending uploads and turn collection off. Request samples have a separate switch and are de-identified before upload; file contents are not collected by the program.
Start with a dataset to process or a map to create. Make more time for your expertise.
You can start by describing your area, data, and intended result without specifying every software operation. For analytical tasks, discuss the method and assumptions with the assistant and use your subject knowledge to check the outcome.
Install the Windows app and configure a compatible model service, online or privately deployed. Model usage fees depend on your provider. Some data sources and external tools also require their own accounts, permissions, or local installation.
Yes. Work with local spatial files and connect supported databases and tools. Generated files and layers can remain part of your existing workflow. Available integrations depend on the capabilities configured in your app.