Loci provides a cloud‑native platform that consolidates GIS layers, BIM models, LiDAR point clouds, satellite imagery, and live IoT streams into a unified geospatial data lake. The system renders an interactive WebGL 3D digital twin with built‑in spatial analytics—such as overlay, routing, heat‑map generation, and temporal change detection—and offers versioned data, role‑based access, and REST/Python SDK integration for enterprise asset‑management workflows.
Funding
Funding not disclosed
Founders
Product
Problem
Organizations in infrastructure, urban planning, and asset management often contend with fragmented geospatial datasets, disparate BIM and sensor sources, and limited tools for integrated 3D visualization, which hampers accurate spatial analysis and timely decision‑making.
Solution
Loci delivers a cloud‑native platform that ingests, normalizes, and fuses GIS layers, BIM models, LiDAR point clouds, satellite imagery, and real‑time IoT streams into a unified geospatial data lake. The platform renders an interactive WebGL‑based 3D digital twin, allowing users to overlay and query heterogeneous data sets in real time. A built‑in spatial analytics engine supports raster and vector operations, network routing, heat‑map generation, and temporal change detection, with results exportable in standard GIS formats. Role‑based access control and SSO (SAML/OIDC) enable secure multi‑user collaboration, while REST APIs and a Python SDK facilitate integration with existing enterprise asset‑management and planning tools. GPU acceleration and edge‑node caching maintain sub‑second query performance even for city‑scale datasets. All data is versioned and auditable, providing traceable change history for compliance and collaborative workflows.
Target Audience
Primary customers are municipal planning agencies, infrastructure operators, and enterprise asset‑management teams in utilities, transportation, and construction firms that require integrated 3D geospatial analysis for informed decision‑making.
Features
- Multi‑source ingestion pipeline supporting GIS (Shapefile, GeoPackage), BIM (IFC), LiDAR, satellite imagery, and live IoT feeds with automatic schema alignment.
- WebGL/Three.js interactive 3D viewer with terrain extrusion, texture mapping, and dynamic level‑of‑detail (LOD) management.
- Spatial analytics toolkit offering buffer, overlay, network routing, heat‑map generation, and time‑series change detection, accessible via REST API or Python SDK.
- Data versioning and branching similar to Git, enabling rollback, audit trails, and collaborative editing of digital twins.
- Enterprise security with role‑based access control (RBAC), SSO integration (SAML/OIDC), and granular permission sets.
- Export capabilities for GeoJSON, CityGML, IFC, DXF, and direct synchronization with ArcGIS, QGIS, and Autodesk platforms.
- GPU‑accelerated processing and edge‑node caching to support millions of features with sub‑second latency.