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Tailored for Your Municipality

Tailored to Your Fleet Operations

Every Canadian municipality operates a unique fleet — different vehicle types, department structures, winter operations requirements, and compliance obligations. Civic Fleet Management provides a robust, compliance-ready foundation — then adapts to your specific fleet composition, maintenance practices, reporting requirements, and integration landscape. No two deployments are identical because no two municipal fleets are identical. With a full source code licence, your customization options are limitless.

The Journey

From Fragmentation to Clarity

0101

Discover

Map your processes, pain points, and integration landscape

2–3weeks discovery
0202

Configure

Build workflows, forms, and routing rules on existing modules

4–6weeks build
0303

Deploy

Phased rollout with role-based training and hypercare support

12–16weeks total
0404

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.

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Approach 01

Configuration Over Customization

Most fleet-specific requirements are addressed through configuration — not custom code. Vehicle classes, PM schedule templates, inspection checklists, replacement scoring weights, fuel sources, report templates, and department structures are all configurable through the System Configuration Console without developer involvement. This keeps your total cost of ownership low and ensures you can modify your setup as fleet operations 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 · 2–3 weeks

Discovery & Fleet Assessment

2–3 weeks of structured workshops with fleet management, public works, finance, and IT to document current fleet composition, maintenance practices, telematics setup, compliance requirements, and success metrics.

Phase 2 · 4–6 weeks

Configuration & Build

4–6 weeks of platform configuration — vehicle classes, PM templates, inspection checklists, fuel source integration, telematics provider setup, replacement scoring weights, reporting dashboards, and department cost allocation rules.

Phase 3 · 2–3 weeks

Data Migration & Integration

2–3 weeks of historical data import from legacy fleet systems with vehicle record validation (VIN-based duplicate detection). Telematics provider integration. Fuel card provider connectivity. Financial system integration for cost allocation.

Phase 4 · 2 weeks

User Acceptance Testing

2 weeks of role-based testing by fleet managers, mechanics, public works supervisors, and finance staff using real fleet data and operational scenarios. Issues triaged and resolved in-sprint with daily standup reviews.

Phase 5 · 2–3 weeks

Training & Phased Go-Live

Role-based training followed by phased rollout — vehicle registry first, then maintenance management, fuel tracking, and GPS telematics. Dedicated support during the 90-day hypercare period with accelerated response times.

Phase 6 · Ongoing

Continuous Optimization

Quarterly business reviews to assess fleet metrics, PM compliance, fuel savings, replacement scoring accuracy, and AI model performance. Source code access means optimization never requires vendor engagement.