Fiber network inspection GIS

Background

• Open requirement: how inspection and check-in could work with GIS, and what the system should look like.
• Field workflows — check-in, device capture, staff routes, multi-user coordination, scheduling, tasks, and result closure.
• Web + mobile shape for urban and mountain environments.

Requirements

• GIS data, map services, APIs, and functional scope
• Phase breakdown with project management
• Core GIS capabilities and map interaction
• Large spatial datasets with queryable map services

My role

• Core GIS front end and spatial delivery
• Alignment with PM on phases, APIs, and scope
• Map services, spatial data, and business features in one system

Key challenges

• Inspection business tied to maps, mobile, and multi-role coordination
• Load, query, and performance for large spatial data on the Web
• One verifiable loop for map services, spatial data, and operations

Approach

• Phased GIS data, map services, and business features — main path first, then detail
• Pipeline from spatial data to map services to front-end display
• 20M+ spatial features service layer as a key in-project module (see related engineering practice; not packaged as a separate commercial product)

Engineering highlights

• WebGIS: map load, vector draw, and query
• Front end for WMS/TMS and related map services
• Routes, tasks, and spatial features on the map
• Spatial data governance and publishing with front-end integration

Outcome / delivery status

• Demonstrable, acceptance-ready GIS inspection main path
• Large spatial data module delivered for map scenarios in scope

What this case demonstrates

• Experience from open requirement to GIS system delivery
• Complex spatial data and map service problems — not static pages only

Technologies

Related services

• GIS / WebGIS Development
• Software Development