Tailored for Your Municipality
Customization Options
Tailored solutions for your municipality
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
Full Source-Code Access
Every component — asset registry logic, PACP scoring algorithms, billing calculation engine, flood alert rules, and API endpoints — is available as source code under a perpetual licence. Your team can read, modify, extend, and redeploy without waiting on a vendor.
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
Stormwater Assessment
Joint workshop with the municipality's stormwater engineering, environmental, public works, and finance teams to map current workflows, data sources (GIS, CCTV, SCADA, billing), regulatory obligations, and immediate versus future module needs.
Phase 1 · 2–3 weeks
Stormwater Assessment
Joint workshop with the municipality's stormwater engineering, environmental, public works, and finance teams to map current workflows, data sources (GIS, CCTV, SCADA, billing), regulatory obligations, and immediate versus future module needs.
Phase 2 · 4–6 weeks
Configuration & Data Migration
Configure asset inventories, ECA conditions, fee structures, inspection schedules, and monitoring parameters. Import legacy data from GIS databases, CCTV software, spreadsheets, and SCADA historians with validation and duplicate detection.
Phase 3 · 2–3 weeks
Integration Deployment
Establish bi-directional GIS synchronization (ESRI ArcGIS), CCTV software data exchange (WinCan, ICOM, ITpipes), SCADA/IoT telemetry feeds, and utility billing integration — with automated testing of each data flow.
Phase 4 · 2 weeks
Role-Based Training
Hands-on training tailored to each role — stormwater engineers on CCTV and capital planning, environmental officers on ECA compliance and MECP reporting, inspectors on mobile field tools, billing staff on fee management, and IT on system administration.
Phase 5 · 2–3 weeks
Parallel Operations & Validation
Run parallel operations during the transition — legacy systems and Civic Stormwater Manager side-by-side — to validate data accuracy, workflow completeness, billing calculations, and reporting outputs before cutover.
Phase 6 · Ongoing
Continuous Optimization
Post-deployment optimization sprints with quarterly reviews — refining PACP scoring profiles, improving inspection routes, tuning flood alert thresholds, expanding credit programs, and enabling additional modules as the municipality's stormwater program matures.