Tailored for Your Municipality
Tailored to Your Municipality's Spatial Needs
Every Canadian municipality has unique geographic characteristics, infrastructure assets, and spatial data requirements. Civic GIS provides a robust, standards-compliant foundation — then adapts to your specific parcel structure, infrastructure layers, coordinate system, and integration landscape. With a full source code licence, your customization options are limitless.
The Journey
From Fragmentation to Clarity
Discover
Map your processes, pain points, and integration landscape
Configure
Build workflows, forms, and routing rules on existing modules
Deploy
Phased rollout with role-based training and hypercare support
Evolve
Quarterly reviews to refine and expand as your needs grow
Philosophy
Our Approach to Customization
Civic CRM is built on the principle of configuration over customization — empowering municipalities to tailor the platform without costly custom development.
Approach 01
Configuration Over Customization
Most municipality-specific spatial requirements are addressed through configuration — not custom code. Data layers, symbology, labels, layer visibility rules, user roles, map application themes, print layouts, base map selections, and public portal content are all configurable through the GIS Administration Console without developer involvement. This keeps total cost of ownership low and enables self-service adjustments as spatial data needs evolve.
Configuration Patterns
How Municipalities Tailor Civic CRM
From bilingual interfaces to ward-based routing, explore configuration patterns designed for Canadian municipalities. Filter by base module to find relevant patterns.
Implementation
Your Customization Journey
A structured, transparent process that takes your municipality from requirements gathering to a fully tailored deployment. Click each phase to explore.
Phase 1 of 6
Spatial Data Assessment
2–3 weeks of structured assessment — inventory existing spatial datasets, coordinate systems, data quality, infrastructure layers, and integration requirements with municipal IT, GIS, planning, engineering, and public works teams.
Phase 1 · 2–3 weeks
Spatial Data Assessment
2–3 weeks of structured assessment — inventory existing spatial datasets, coordinate systems, data quality, infrastructure layers, and integration requirements with municipal IT, GIS, planning, engineering, and public works teams.
Phase 2 · 4–6 weeks
Data Migration & Configuration
4–6 weeks of parcel fabric migration, address database import, infrastructure layer conversion, zoning map setup, base map configuration, coordinate system alignment, and web map application configuration with role-based layer permissions.
Phase 3 · 2–3 weeks
Integration & Publishing Setup
2–3 weeks of Civic module spatial integration, external data service connections (Ontario GeoHub, MNRF, Teranet), WMS/WFS publishing configuration, and open data portal setup with metadata.
Phase 4 · 2 weeks
User Acceptance Testing
2 weeks of role-based testing by departmental champions — parcel editing, address management, spatial analysis, public portal testing, map printing, and data quality validation with real-world scenarios.
Phase 5 · 2–3 weeks
Training & Phased Go-Live
Role-based training followed by phased department rollout — GIS editors first, then analysts, then general staff, then public portal. Dedicated support during the 90-day hypercare period with accelerated response times.
Phase 6 · Ongoing
Continuous Optimization
Quarterly reviews to assess spatial data quality scores, user adoption, public portal usage, open data publication metrics, and plan feature enablement — 3D visualization, AI feature extraction, citizen map reporter — as requirements evolve. Source code access means optimization never requires vendor engagement.