Tailored for Your Municipality
Configure to Your Municipality's IoT Landscape
Civic Smart City & IoT adapts to your municipality's specific sensor deployments, network infrastructure, operational workflows, and regulatory environment — through structured configuration rather than custom code. Every municipality has different sensor brands, communication networks, alert requirements, and departmental structures.
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 Custom Code
Most municipal-specific requirements are addressed through configuration — not custom development. Device provisioning templates, alert rule definitions, dashboard views, department mappings, notification routing, dimming schedules, retention policies, and PIA templates are all configurable through the System Configuration Console. Protocol adapters handle vendor-specific data normalization. This keeps deployment timelines short and total cost of ownership low.
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
IoT Landscape Assessment
Document existing sensors, SCADA systems, network infrastructure, vendor contracts, and departmental workflows. Identify sensor domains for phased deployment. Assess network coverage (LoRaWAN, cellular, WiFi, wired) and edge computing requirements for remote sites.
Phase 1 · 2–3 weeks
IoT Landscape Assessment
Document existing sensors, SCADA systems, network infrastructure, vendor contracts, and departmental workflows. Identify sensor domains for phased deployment. Assess network coverage (LoRaWAN, cellular, WiFi, wired) and edge computing requirements for remote sites.
Phase 2 · 4–6 weeks
Platform Deployment & Network Configuration
Deploy platform infrastructure (Canadian cloud or on-premises). Configure IoT network segmentation, firewall rules, and protocol adapter endpoints. Establish SCADA integration points with read-only access and proper network isolation.
Phase 3 · 2–3 weeks
First Domain Onboarding
Onboard the first sensor domain (typically water or streetlighting) — device provisioning templates, alert rule configuration, dashboard views, work order integration, and operator training. Validate end-to-end data flow from sensor to command centre to work order.
Phase 4 · 2 weeks
Security & Privacy Framework Setup
Configure IoT cybersecurity framework — device authentication policies, credential management, vulnerability tracking, and incident response procedures. Complete PIAs for all deployed sensor types. Establish audit trail configuration and compliance reporting.
Phase 5 · 2–3 weeks
Additional Domain Rollout
Onboard subsequent sensor domains in phased sprints (4–6 weeks per domain) — environmental, traffic, waste, parking. Each domain follows the established onboarding pattern with domain-specific alert tuning and operator training.
Phase 6 · Ongoing
Optimization & ML Activation
Activate ML models once sufficient historical data is accumulated — leak detection, failure prediction, demand forecasting. Enable cross-domain event correlation rules. Tune alert thresholds from operational experience. Begin open data publishing and council reporting.