◆ CatalogMCPs
Cesium AI Integrations.
Geolocation, POI search, and routing for 3D geospatial AI
§ 01Install
◆ install
$ npx archtmpl@latest --mcp cesium-ai-integrations─ paste in terminal · restart claude code
Geolocation, POI search, and routing for 3D geospatial AI
$ npx archtmpl@latest --mcp cesium-ai-integrations─ paste in terminal · restart claude code
1{ 2 "name": "Cesium AI Integrations", 3 "summary": "Official Cesium reference integrations — MCP servers, agent skills, RAG patterns for 3D geospatial AI", 4 "repo": "https://github.com/CesiumGS/cesium-ai-integrations", 5 "preInstall": [ 6 { "shell": "test -d \"$HOME/.claude-arch/cesium-ai-integrations\" || git clone https://github.com/CesiumGS/cesium-ai-integrations \"$HOME/.claude-arch/cesium-ai-integrations\"" }, 7 { "shell": "cd \"$HOME/.claude-arch/cesium-ai-integrations/mcp/geolocation-server\" && pnpm install && pnpm run build" } 8 ], 9 "mcpServers": {10 "cesium-geolocation": {11 "command": "node",12 "args": ["${HOME}/.claude-arch/cesium-ai-integrations/mcp/geolocation-server/build/index.js"]13 }14 },15 "postInstallNotes": "This repo is a monorepo of separate reference integrations, not one installable server — this entry wires up geolocation-server (geocoding, POI search, routing via free Nominatim/Overpass/OSRM providers, no API key required) because it is the one that runs standalone. The other servers under mcp/cesium-js/servers/ (camera, entity, animation, imagery, terrain, 3D-tiles control) each require an actual running CesiumJS application to control and are set up separately — see mcp/README.md in the cloned repo for each one's install steps."16}17