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AI-Powered Migration Platform

Migrate ESRI Geometric Networks, LGIM & GE Smallworld to ESRI Utility Network or PostGIS

The Utility Data Analysis and Migrator platform transforms legacy GIS utility networks to modern architecture in days instead of months, with 95%+ accuracy. Automated schema discovery, AI-assisted field mapping, parallel migration execution, and a comprehensive QA/QC framework — end to end.

10×
Faster — complete in days what traditionally takes 6–12 months
70–80%
Cost reduction through automated workflows, not manual data entry
85–95%
AI mapping confidence scores on schema recommendations
Zero
Data loss — comprehensive validation with rollback capability

From any legacy source to a modern target

Multi-source connectivity with automatic schema discovery — metadata, relationships, and business rules extracted directly from the source system.

Source SystemsTarget PlatformsWhat Gets Migrated
GE SmallworldESRI Utility NetworkFeatures, geometry, attributes
ESRI Geometric NetworksPostGISNetwork connectivity & topology
Local Government Info Model (LGIM)File / Enterprise GeodatabaseRelationships & business rules
AutoCAD, Shapefiles, GeodatabasesAsset groups & asset typesDomains, subtypes, metadata

How a migration runs

A repeatable, monitored pipeline — not a one-off consulting scramble.

1 · Connect

Source Connectivity

Connect Smallworld, Geometric Network, PostGIS, shapefiles, or geodatabases with tested, encrypted credentials.

2 · Discover

Schema Discovery

Automatic extraction of schemas, statistics, relationships, and business rules from the source.

3 · Map

AI Field Mapping

AI recommends mappings with confidence scores; refine them visually with drag-and-drop and a transformation builder.

4 · Execute

Parallel Migration

Multi-worker, batched execution with real-time WebSocket progress, automatic retry, and rollback.

5 · Validate

QA/QC & Cutover

Comprehensive geometry and attribute validation, audit logging, and version-controlled mapping history.

Enterprise-grade by design

  • Role-based access control with fine-grained permissions.
  • Audit logging for complete, compliance-ready activity tracking.
  • API-first design — RESTful APIs with OpenAPI documentation.
  • Monitoring & alerting via Prometheus metrics and Grafana dashboards.
  • High availability — Kubernetes-ready with horizontal scaling and Helm charts.
  • Secure credential management with encrypted storage and secrets integration.

Modern technical stack

Python 3.11 + Flask SQLAlchemy 2.0 + PostgreSQL Redis + Celery AI: OpenRouter & Ollama (local) React 18 + TypeScript Material-UI + Redux Toolkit WebSocket real-time updates Docker · Kubernetes · Helm Nginx · Prometheus · Grafana

AI can run fully local via Ollama — schema intelligence without sending your network data to the cloud.

After the migration

A migrated network is just the beginning — operate it, edit it, and analyze it with the rest of the stack.

🗺️

Manage in GridState

Run assets, field operations, switching, compliance, and outage response on your newly migrated Utility Network.

Explore GridState
🖥️

Edit in VoltGrid

QA the migrated model in 3D, trace the network, and serve it LAN-wide from the desktop.

Explore VoltGrid
🗼

Add PLS-CADD Data

Bring transmission engineering data into the same target with the PLS-CADD to GIS converter.

Explore PLS-CADD Converter

Stuck on Smallworld or a deprecated Geometric Network?

ESRI's Geometric Network is retired technology and ArcMap has reached end of life. Let's scope your path to Utility Network or PostGIS with a no-obligation migration assessment.