Prompt / assistant
Ask and guide
Use natural language to define intent, request actions, and continue the analysis with workspace context.
THE GRIIDAI PLATFORM
One workspace to plan, run, review, and deliver geospatial analysis.
GriidAi connects your spatial question, geospatial data, execution plan, supported GIS operations, expert review, maps, and outputs in one AI-guided workspace. Start with intent, stay involved in the method, and move from analysis to a result you can inspect and use.
See Spatial Analysis ↓THE CONNECTED WORKSPACE
What is the GriidAi platform?
GriidAi is an AI-guided geospatial workspace that connects data, spatial analysis, execution planning, human review, mapping, and outputs in one environment. Users can define a spatial question, work with geospatial data, review a proposed implementation plan, run supported analytical steps, inspect the results, and continue or export the analysis without treating every question as a completely separate GIS project.
The platform is designed to make spatial work easier to organize and repeat while keeping expert judgment inside the workflow.
From intent to a result you can inspect and use.
- 01
Define intent
Describe the location-based question, task, or analytical outcome you need.
- 02
Bring or find data
Use data already in the workspace, upload your own, or discover relevant sources when supported.
- 03
Generate a plan
GriidAi proposes an implementation plan using the selected data and supported geospatial operations.
- 04
Review
Check the inputs, method, validation strategy, and expected outputs before execution.
- 05
Execute
Approve the analytical step and let the platform run the supported spatial operations.
- 06
Validate
Inspect the map, tables, statistics, intermediate outputs, and final analytical result.
- 07
Map / export
Present the result on the map or export communication and analytical outputs for the next step.
- 08
Continue
Use the result, trusted data, and session context to continue the next question or related analysis.
02 / WORKSPACE ANATOMY
A workspace built around the question, the data, and the map.
GriidAi keeps the analytical conversation, working data, map, layers, attributes, and results in the same session so the next step can use the context already available in the workspace.
Map
See the spatial context
Inspect layers and analytical results on an interactive map with standard navigation and basemap controls.
Layers / data
Know what is in the workspace
Organize vector, raster, tabular, AOI, temporary, and result layers as the analysis grows.
Tables / metadata
Inspect the data behind the map
Open attribute tables, select records, and inspect structural or spatial metadata where supported.
Session context
Continue without starting over
Work across stored chat sessions and reuse trusted data between sessions when appropriate.
03 / AGENTIC PLANNING
AI helps organize the work before it runs.
When a supported analytical step requires execution, GriidAi can prepare an implementation plan that makes the proposed work visible before processing begins. Review the selected inputs, method, validation strategy, and expected output, then approve the step when it matches your intent.
This keeps the AI useful without turning spatial analysis into an unexplained black box.
A PLAN YOU CAN REVIEW
01
Inputs
Which layers, features, variables, or data objects will be used?
02
Method
Which supported geospatial operation or analytical approach is proposed?
03
Validation
What checks should be applied before the result is accepted?
04
Output
What result or file should the step produce?
04 / SPATIAL ANALYSIS01
02
03
04
05
Geospatial tools behind the conversation.
Natural-language interaction is the entry point, not the analytical method by itself. GriidAi connects user intent to supported geospatial operations across multiple analysis families, then returns the results to the same workspace for review.
01Vector
+
Geometry, proximity, selection, overlay, and feature-based analysis.
02Raster
+
Raster calculations, visualization, and image-oriented analytical workflows.
03Terrain & hydrology
+
Elevation and drainage-oriented workflows.
04Network & proximity
+
Route, nearest, access, and service-coverage questions.
05Attributes & tables
+
Selection, filtering, and data inspection behind mapped features.
05 / DATA IN CONTEXT
Use the data you have. Find what the analysis needs.
Bring your own geospatial data into the workspace, organize the layers used in the session, and work with data discovered for the question when supported. The platform keeps the data context close to the analysis so users can inspect the layers, attributes, metadata, and results as the workflow progresses.
- ✓Upload supported vector, raster, tabular, and multidimensional files.
- ✓Draw an area of interest to focus search, clipping, summary, or analysis.
- ✓Filter and organize layers as the session becomes more complex.
- ✓Inspect attributes and metadata instead of treating the map as the only evidence.
- ✓Reuse trusted data across sessions when appropriate.
06 / MAPS, TABLES & OUTPUTS01 02 03
Inspect the result before you use it.
Spatial outputs are easier to trust when users can see both the mapped result and the data behind it. GriidAi keeps analytical layers in the map workspace, lets users inspect attributes where relevant, and separates communication-ready map exports from analytical data exports.
Map output
Capture the current map view for communication or reporting.
Analytical vector output
Export analytical layers for continued work in other tools.
Interactive inspection
Review visible layers, attributes, selections, and metadata before export.
07 / HUMAN-GUIDED RELIABILITY
Keep expert judgment inside the workflow.
GriidAi is designed to help experts move faster without hiding the analytical choices that shape the result. The user defines the intent, reviews the proposed plan, approves supported execution steps, and validates the output before deciding how it should be used.
For geospatial work, this matters because projections, units, joins, time windows, topology, data quality, and analytical assumptions can all change the meaning of a result.
Visible plan
Show the intended inputs, method, checks, and output before supported execution.
Human approval
People review and approve supported execution steps while retaining responsibility for expert judgment.
Data context
Keep source layers and analytical context visible in the workspace.
Result inspection
Use maps, tables, statistics, and validation steps to review outcomes.
Repeat / adjust
If a result is not suitable, revise the request, inputs, or method and run the next step.
See the platform applied to real spatial questions.
The value of the platform becomes clearer when several data and analytical steps are connected around a real question.
Example
Explore Workflows ↗DEM Hydrology & Stream Network
Turn elevation data into drainage and stream-network analysis.
Explore example ↗ExampleNDVI Analysis
Use satellite imagery to examine vegetation condition.
Explore example ↗ExampleFire Station Coverage
Identify service coverage and areas that may be underserved.
Explore example ↗ExampleSea-Level Rise
Explore how different water-level scenarios affect exposed locations.
Explore example ↗09 / WORKSPACE CONTINUITY
Continue the analysis without rebuilding the workspace.
GriidAi stores chat sessions and keeps session-specific layers and results organized so users can work through multiple lines of analysis. Trusted data can also be shared between sessions, reducing repeated upload and helping separate data-preparation work from later business questions.
- ↳Session history and search
- ↳Session-specific project layers
- ↳Temporary and intermediate files separated from final outputs
- ↳Shared trusted data reused in another session
- ↳Workspace-aware selection of available data
Work with the platform in more than one language.
Spatial analysis should not depend on writing every instruction in one language. GriidAi has demonstrated text-based interaction in multiple languages while keeping the requested spatial action consistent across the workspace.
Zoom to a building layer.
Open the building attribute table.
Request minimum and maximum values from an uploaded raster.
11 / WHO IT IS FOR
For people who need spatial analysis to move from question to action.
Explore Solutions ↗GIS professionals
Use AI guidance to organize and accelerate analytical work while retaining control of the method.
Consultants
Turn repeated project methods into more consistent, reviewable workflows and outputs.
Researchers & educators
Explore geospatial questions, data, and analysis in a visible workspace.
Enterprise geospatial teams
Create a more repeatable path from request to reviewed spatial output.
Analysts & engineers
Use bounded, guided spatial workflows for questions that depend on location.
YOUR NEXT ANALYSIS STARTS HERE
Bring your next spatial question into the workspace.
Start with the data you have, define the analysis you need, review the plan, and use GriidAi to move from spatial question to an inspectable result.