Smart City & IoT Platform Purpose-Built for Canadian Municipalities
A unified platform for managing all connected sensors and IoT devices across water, streetlighting, environment, traffic, parking, and waste — replacing siloed vendor dashboards with a single, municipally-controlled command centre. Full source code licence with on-premises or private cloud deployment. IoT-specific cybersecurity and privacy built in from day one.
Leak Detection Time
Data Pipeline Uptime
Fault Response
Certified & Compliant
SOC 2 Type II Certified
Annual third-party audit of security controls covering availability, processing integrity, confidentiality, and privacy — verified against AICPA Trust Services Criteria for IoT platform infrastructure.
NIST IoT Cybersecurity Aligned
IoT cybersecurity framework aligned with NISTIR 8259 and CSA T-REC-Y.4806 — device authentication, network segmentation, encryption, and vulnerability management for municipal IoT ecosystems.
WCAG 2.1 AA Compliant
Full keyboard navigation, screen reader compatibility (JAWS, NVDA, VoiceOver), 4.5:1 color contrast ratios, and semantic HTML — ensuring every municipal staff member can access the unified command centre regardless of ability.
MFIPPA Compliant
Privacy impact assessment support for every sensor deployment, data minimization enforcement, purpose limitation controls, and immutable audit trails — ensuring IoT data collection complies with Ontario municipal privacy obligations.
Canadian Data Residency
All sensor data stored and processed exclusively in Canadian data centres. No cross-border data transfers. Full data sovereignty contractually guaranteed — critical for IoT deployments collecting environmental and infrastructure data.
PIPEDA Compliant
Consent management for sensor deployments capturing personal information, data minimization, breach notification workflows, and facial recognition prohibition without council approval — aligned with Canada's federal privacy legislation.
The Journey
From Fragmentation to Clarity
Siloed Dashboards, Blind Spot Infrastructure
Your staff toggle between 6–10 vendor-specific dashboards to monitor water SCADA, smart streetlights, traffic counters, waste bin sensors, and environmental stations. Each vendor's data trapped in proprietary formats. No cross-domain correlation. IoT devices on flat networks with default credentials.
Hidden Costs of Disconnected IoT
Undetected water leaks losing thousands of litres daily. Fixed-schedule waste collection costing 30% more than demand-driven. Streetlight outages discovered through citizen complaints days after failure. Environmental data from quarterly grab samples instead of continuous monitoring. Manual device management across vendor platforms.
One Platform. Every Sensor. Full Source Code.
Civic Smart City & IoT replaces vendor dashboards with a unified command centre — ingesting data from all protocols (MQTT, CoAP, Modbus, OPC-UA, HTTP), managing all devices in a single registry, and processing real-time alerts with sub-second latency. Privacy-by-design with IoT cybersecurity framework. Full source code licence.
Engineered for Measurable Impact
100% device registry coverage with health monitoring. Leak detection within 15 minutes. Streetlight fault-to-work-order in under 1 hour. Environmental data published within 5 minutes. 99.9% ingestion pipeline uptime. Zero privacy incidents — all sensor deployments reviewed for privacy impact before activation.
Measurable Impact
Engineered for Impact
Device Registry
Every municipal IoT device registered in a single authoritative registry with health monitoring, firmware tracking, battery life forecasting, and network connectivity management — regardless of manufacturer or protocol.
Leak Detection
Water distribution leak detection algorithms identify anomalies within 15 minutes of occurrence — using minimum night flow analysis, pressure transient detection, and district metered area mass balance.
Fault-to-Work Order
Streetlight fault detection automated with work orders generated within 1 hour of fault confirmation — replacing night patrols and citizen-complaint-driven discovery with proactive, sensor-driven maintenance.
Pipeline Uptime
Real-time data ingestion pipeline operational with 99.9% uptime and sub-second latency for critical alerts — ensuring continuous visibility across all municipal sensor domains.
Platform Health
Always On. Always Secure.
Uptime SLA
Data ingestion pipeline
Alert Latency
Critical alert delivery
Device Capacity
Sensors per deployment
Protocol Support
MQTT, CoAP, HTTP, Modbus, OPC-UA, SNMP
The Challenge
Why the Status Quo Fails
Canadian municipalities (population 5,000–100,000+) deploy hundreds to thousands of IoT sensors across water, streetlighting, traffic, waste, parking, and environmental monitoring — each managed through separate vendor dashboards with proprietary data formats, no cross-domain correlation, and inconsistent cybersecurity controls. Without a unified platform, operational visibility is fragmented, data value is unrealized, and IoT security posture is unmanaged.
Each sensor vendor provides its own dashboard, data format, and API. Water SCADA on one screen, streetlights on another, traffic counters on a third. Staff cannot see cross-domain patterns — a water pressure drop concurrent with a traffic sensor detecting construction activity in the same area goes unnoticed.
Water distribution leaks undetected for days or weeks without distributed pressure sensors. Streetlight outages discovered only through citizen complaints. Environmental conditions monitored through quarterly manual grab sampling rather than continuous real-time sensors.
IoT devices deployed on flat corporate networks with default credentials, no centralized firmware management, no device authentication framework. Thousands of distributed endpoints creating an unmanaged attack surface accessible from field-deployed devices.
Sensor data trapped in vendor-proprietary formats and platforms. No time-series data lake for historical analysis. No cross-domain correlation engine. Machine learning and predictive analytics impossible without unified data access.
Night patrols to find streetlight outages. Fixed-schedule waste collection regardless of bin fill levels. Manual meter reading. Battery replacements triggered by device failure rather than predictive scheduling. No automated work order generation from sensor alerts.
Estimated Annual Cost of Status Quo
$170K – $340K
Every resident deserves a government that remembers who they are. Civic Smart City & IoT was designed to make that standard — one record, one platform, one consistent experience across every department and channel.
Product Vision
Civic Smart City & IoT
The Solution
Civic Smart City & IoT
Civic Smart City & IoT provides a unified, municipally-controlled platform that registers every IoT device, ingests data from any protocol, processes real-time alerts, and delivers domain-specific smart city applications — water, streetlighting, environment, traffic, parking, and waste — on a shared data platform with a unified command centre dashboard. IoT-specific cybersecurity and privacy-by-design built in. Full source code licence for complete municipal ownership.
IoT Device Management
Unified registry for all sensors with provisioning, firmware management, health monitoring, and battery tracking.
Unified registry for all sensors with provisioning, firmware management, health monitoring, and battery tracking.
Real-Time Data Ingestion
Multi-protocol pipeline (MQTT, CoAP, Modbus, OPC-UA) with stream processing and sub-second alerting.
Multi-protocol pipeline (MQTT, CoAP, Modbus, OPC-UA) with stream processing and sub-second alerting.
Smart Water Management
Distribution monitoring, leak detection algorithms, water quality surveillance, and demand forecasting.
Distribution monitoring, leak detection algorithms, water quality surveillance, and demand forecasting.
Smart Streetlighting
Individual fixture monitoring, dimming schedules, fault detection, and LED conversion ROI tracking.
Individual fixture monitoring, dimming schedules, fault detection, and LED conversion ROI tracking.
Environmental Monitoring
Air quality, noise levels, water quality, and weather data with public health advisory triggering.
Air quality, noise levels, water quality, and weather data with public health advisory triggering.
Unified Command Centre
GIS-based dashboard combining all sensor data with configurable alerting and multi-department visibility.
GIS-based dashboard combining all sensor data with configurable alerting and multi-department visibility.
Who Benefits
Purpose-Built for Every Stakeholder
Public Works Director
Unified infrastructure visibility and proactive maintenance
- Single command centre dashboard combining water, streetlights, waste, traffic, and environmental data on one geographic map — replacing 6+ vendor dashboards
- Automated work order generation from sensor faults — streetlight outages detected and dispatched within 1 hour, water anomalies within 15 minutes
- Dynamic waste collection routes based on actual bin fill levels — projected 20–40% reduction in collection vehicle kilometres
- Cross-domain event correlation identifying related incidents across water, traffic, and environment sensors
- Energy and carbon reduction tracking from streetlight dimming, LED conversion, and optimized collection routes — council-ready reporting
Unified infrastructure visibility and proactive maintenance
- Single command centre dashboard combining water, streetlights, waste, traffic, and environmental data on one geographic map — replacing 6+ vendor dashboards
- Automated work order generation from sensor faults — streetlight outages detected and dispatched within 1 hour, water anomalies within 15 minutes
- Dynamic waste collection routes based on actual bin fill levels — projected 20–40% reduction in collection vehicle kilometres
- Cross-domain event correlation identifying related incidents across water, traffic, and environment sensors
- Energy and carbon reduction tracking from streetlight dimming, LED conversion, and optimized collection routes — council-ready reporting
Full source code ownership and IoT cybersecurity framework
- Full source code licence — not SaaS. Your municipality owns the code, controls the deployment, and manages device provisioning without vendor dependency
- IoT cybersecurity framework with device authentication (X.509, PSK, OAuth), network segmentation, AES-256 encryption, and centralized firmware management
- Multi-protocol support (MQTT, CoAP, HTTP, Modbus, OPC-UA, SNMP) — integrate any sensor from any vendor through protocol adapters
- Edge computing for latency-sensitive applications and rural deployments with intermittent connectivity
- REST API and pre-built connectors to Civic CRM, Work Order, Asset Management, Fleet, and GIS systems
Real-time distribution monitoring and regulatory compliance
- Real-time network-wide pressure, flow, and quality visibility — from distributed IoT sensors and SCADA integration — on a single GIS map
- Continuous leak detection algorithms — minimum night flow, pressure transient analysis, DMA mass balance — identifying anomalies within 15 minutes
- Water quality monitoring against Ontario Drinking Water Quality Standards (O.Reg. 169/03) with automated alerts for chlorine, turbidity, pH, and temperature
- Non-revenue water analysis disaggregated into real losses, apparent losses, and unbilled authorized consumption for targeted loss reduction
- Demand forecasting for pump scheduling optimization — run pumps during off-peak electricity periods to fill reservoirs before predicted high-demand periods
Continuous monitoring, open data, and evidence-based policy
- Continuous air quality (PM2.5, NO₂, O₃), noise, water quality, and weather monitoring — replacing periodic manual sampling with 24/7 sensor networks
- Automated health advisory triggering when AQHI, heat, or water quality thresholds are exceeded — distributed to public through Civic CRM communication channels
- Environmental data published to municipal open data portal within 5 minutes of collection in machine-readable formats (CSV, JSON, SensorThings API)
- Long-term climate data trending — temperature, precipitation, freeze-thaw cycles, extreme weather frequency — for Community Climate Adaptation Plan
- Privacy impact assessment support for every sensor deployment — ensuring MFIPPA and PIPEDA compliance before activation
Transparent pricing and vendor-neutral architecture
- Full source code licence — the municipality owns the intellectual property. No vendor lock-in, no SaaS dependency, no proprietary sensor requirements
- Vendor-neutral platform — any sensor from any manufacturer using standard protocols can be integrated. No forced hardware vendor partnerships
- Published SLA commitments with measurable uptime guarantees (99.9%) and IoT-specific penetration testing
- Structured implementation methodology with phased sensor domain onboarding — water, streetlights, environment, traffic, waste — with defined milestones
- No proprietary data formats — full data export at any time via REST API and OGC SensorThings API with no contractual restrictions on data portability
Quick Reference
At a Glance
What Municipalities Say
Trusted by Municipal Leaders
Hear from the CAOs, IT managers, and front-line staff who transformed their municipalities with Civic Smart City & IoT.
“Civic Smart City & IoT is designed so that within the first year, 100% of municipal IoT devices are registered in a unified device registry with health monitoring active — replacing vendor-specific dashboards with a single command centre.”
Director of Public Works
Projected outcome
City-tier municipality · 75,000 residents
100%
Device Registry
Proven Results
Customer Success Stories
Real deployments. Real outcomes. Explore how Ontario municipalities transformed their operations.
Success Story
City-Tier Municipality
75,000 residents residents · Projected phased deployment in under 16 weeks · ROI modelled within 18–24 months
Challenge
Six vendor-specific dashboards for water SCADA, streetlighting, traffic counting, waste bins, parking sensors, and environmental monitoring. No cross-domain correlation. IoT devices on flat corporate network with default credentials. Streetlight outages discovered through citizen complaints — average 4-day response.
Outcome
Projected deployment with full source code licence unifying all sensor domains. Designed to register 100% of devices in unified registry, detect streetlight faults within 1 hour (auto-work-order), and implement IoT cybersecurity framework with device authentication and network segmentation.
Key Results
100%
Device Registry
< 1h
Fault Response
6→1
Dashboards
Get Started
Ready to Transform Constituent Service Delivery?
Schedule a consultation with our municipal solutions team to discuss your requirements, see a live demonstration, and receive a tailored implementation proposal.