Road & Pavement Lifecycle Management Purpose-Built for Canadian Municipalities
A single GIS-integrated platform governing every aspect of the municipal road network — from inventory and condition assessment through deterioration modeling, treatment optimization, winter maintenance, bridge management, and capital works programming. Replaces disconnected spreadsheets, standalone MMS databases, and outdated pavement management tools. Aligned with O.Reg. 239/02, OSIM, O.Reg. 588/17, and PSAB PS 3150. Delivered as a full source code licence.
PCI Scoring Coverage
Salt Tracking Accuracy
Capital Savings (20yr)
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.
ISO 27001 Aligned
Information security management system aligned to international standards for risk management, data protection, and continuous improvement of security posture.
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 staff member can access road management tools regardless of ability.
MFIPPA Compliant
Built-in workflows for records management, access-to-information requests within the 30-day legislated timeline (s.36/37), data access audit trails, and records retention schedule enforcement for all road infrastructure data.
Canadian Data Residency
All data stored and processed exclusively in Canadian data centres. No cross-border data transfers. Full data sovereignty contractually guaranteed — not just a policy statement.
O.Reg. 239/02 MMS Aligned
Built-in patrol scheduling, response time tracking, and compliance documentation aligned with Ontario's Minimum Maintenance Standards for municipal roads — providing defensible records for claims defence.
The Journey
From Fragmentation to Clarity
Disconnected Data, Reactive Spending
Road inventory lives in spreadsheets. Condition data in standalone databases. Bridge inspections on paper. Winter logs in binders. Capital programs based on complaints and politics — not pavement condition data. Every year, preventive maintenance windows close while municipalities reconstruct roads that a $3/m² crack seal would have saved.
The Compounding Cost of Deferred Maintenance
Without deterioration modeling and treatment optimization, municipalities default to worst-first spending — addressing only the most deteriorated roads while segments in the preventive maintenance window silently degrade. $1 deferred in preventive treatment today costs $5–$8 in reconstruction within 10 years. O.Reg. 239/02 non-compliance creates liability exposure exceeding $500K per claim.
One Platform. Every Road. Full Source Code.
Civic Road & Pavement Manager replaces departmental silos with a single, GIS-linked system of record for every road segment, bridge, culvert, and appurtenance. PCI assessment, deterioration forecasting, treatment optimization, winter MMS compliance, OSIM inspections, and capital programming — all connected. All compliant. All measurable.
Data-Driven Road Investment Decisions
Complete road network inventory with GIS linkage and current PCI ratings within 120 days. Optimized treatment programs delivering 2–3× the network condition improvement per dollar versus worst-first. O.Reg. 239/02 compliance fully documented. O.Reg. 588/17 roads chapter auto-generated. Bridge inspections digitized with automated BCI calculation.
Measurable Impact
Engineered for Impact
Network Coverage
Complete road network inventory with GIS linkage and current PCI ratings for 100% of road segments within 120 days of deployment — establishing the foundational data layer for all downstream analysis.
Treatment ROI
Optimized multi-year treatment programs delivering 2–3× the network condition improvement per dollar compared to reactive worst-first spending — selecting the right treatment at the right time for every segment.
MMS Compliance
O.Reg. 239/02 compliance documentation fully automated — patrol logs, response times, repair records, and winter maintenance activities GPS-tracked and timestamped for every storm event.
AMP & TCA Reports
O.Reg. 588/17 roads chapter, PSAB PS 3150 TCA schedules, and FIR Schedule 51 road infrastructure reports generated automatically from system data — eliminating weeks of manual compilation.
Platform Health
Always On. Always Secure.
Uptime SLA
SLA commitment
Municipality Scale
Population range
API Response Target
P95 latency target
Deployment Timeline
For mid-size municipalities
The Challenge
Why the Status Quo Fails
Canadian municipalities (population 5,000–100,000+) manage hundreds of kilometres of roads, dozens of bridges and culverts, and complex winter maintenance operations — using disconnected spreadsheets, standalone MMS databases, paper inspection forms, and outdated pavement management tools. Without a single integrated platform, investment decisions are reactive, compliance documentation is incomplete, and preventive maintenance opportunities are systematically missed.
Road segment inventory, condition assessments, construction history, traffic volumes, and maintenance records scattered across spreadsheets, standalone databases, GIS layers, and paper files. No single authoritative source of truth for the road network — leading to duplicated work, conflicting data, and decisions based on incomplete information.
Without deterioration modeling, municipalities cannot identify the optimal treatment timing for each segment. Capital programs default to worst-first — addressing the most deteriorated roads while missing the preventive maintenance window where low-cost treatments deliver the greatest lifecycle value. A $3/m² crack seal today avoids a $150/m² reconstruction in ten years.
O.Reg. 239/02 Minimum Maintenance Standards require documented patrol schedules, response times, and repair records per road classification. Many municipalities track this manually or in disconnected systems — creating liability exposure when incomplete documentation cannot demonstrate compliance during claims proceedings.
Council approves capital roads budgets without seeing projected network condition under different investment scenarios. Staff cannot quantify the cost of deferred maintenance or demonstrate that a modest budget increase today avoids tens of millions in future reconstruction.
OSIM inspections captured on paper forms with manual BCI calculation. Load postings tracked informally. Two-year inspection cycle compliance depends on institutional memory. Reports generated manually and filed in binders — not linked to the road network or capital program.
Estimated Annual Cost of Status Quo
$170K – $340K
Every resident deserves a government that remembers who they are. Civic Road & Pavement was designed to make that standard — one record, one platform, one consistent experience across every department and channel.
Product Vision
Civic Road & Pavement
The Solution
Civic Road & Pavement
Civic Road & Pavement Manager provides a single, GIS-integrated platform purpose-built for Canadian municipal road management. It connects road inventory, condition assessment, deterioration modeling, treatment optimization, winter maintenance, bridge management, and capital programming into one auditable system — with full compliance support for O.Reg. 239/02, OSIM, O.Reg. 588/17, and PSAB PS 3150. Delivered as a full source code licence for complete municipal ownership and control.
Road Network Inventory
Complete GIS-linked registry of every segment, appurtenance, cross-section, and historical construction record.
Complete GIS-linked registry of every segment, appurtenance, cross-section, and historical construction record.
Pavement Condition Assessment
PCI scoring per ASTM D6433 with automated survey integration, ride comfort index, and structural capacity data.
PCI scoring per ASTM D6433 with automated survey integration, ride comfort index, and structural capacity data.
Deterioration Modeling
Climate-adjusted deterioration curves by surface type with remaining service life calculation and what-if scenarios.
Climate-adjusted deterioration curves by surface type with remaining service life calculation and what-if scenarios.
Treatment Optimization
Cost-effectiveness analysis and multi-year program optimization within budget constraints.
Cost-effectiveness analysis and multi-year program optimization within budget constraints.
Winter Maintenance
Snow plow route management, salt/sand usage tracking, MMS compliance documentation, and environmental reporting.
Snow plow route management, salt/sand usage tracking, MMS compliance documentation, and environmental reporting.
Bridge & Culvert Management
OSIM-compliant inspections with BCI calculation, load posting, and rehabilitation planning.
OSIM-compliant inspections with BCI calculation, load posting, and rehabilitation planning.
Who Benefits
Purpose-Built for Every Stakeholder
Public Works Director
Data-driven investment decisions and regulatory compliance
- Network-level PCI dashboard showing condition distribution, trends, and deterioration forecasts — updated in real-time from field survey data
- Optimized multi-year capital roads program with cost-effectiveness analysis per treatment option — shifting from worst-first to lifecycle management
- O.Reg. 239/02 compliance dashboard showing patrol schedules, response time adherence, and per-storm documentation status
- O.Reg. 588/17 roads chapter and PSAB PS 3150 TCA schedules auto-generated from system data for asset management plan compliance
- Bridge and culvert BCI trends with rehabilitation priority rankings and OSIM inspection cycle tracking
Data-driven investment decisions and regulatory compliance
- Network-level PCI dashboard showing condition distribution, trends, and deterioration forecasts — updated in real-time from field survey data
- Optimized multi-year capital roads program with cost-effectiveness analysis per treatment option — shifting from worst-first to lifecycle management
- O.Reg. 239/02 compliance dashboard showing patrol schedules, response time adherence, and per-storm documentation status
- O.Reg. 588/17 roads chapter and PSAB PS 3150 TCA schedules auto-generated from system data for asset management plan compliance
- Bridge and culvert BCI trends with rehabilitation priority rankings and OSIM inspection cycle tracking
Full source code ownership and reduced integration burden
- Full source code licence — not SaaS. Your municipality owns the code, controls the deployment, and modifies without vendor dependency
- REST API and pre-built connectors to Civic Suite modules, ESRI ArcGIS, municipal GIS, and MPAC assessment data
- Canadian-hosted infrastructure with two data centres (Toronto, Montréal) — no cross-border data transfer concerns
- Microservices architecture supporting independent scaling of GIS, assessment, optimization, and reporting components
- Standard data exchange formats for interoperability with MTO, OSIM databases, and provincial reporting systems
Transparent pricing and quantifiable infrastructure ROI
- Treatment optimization demonstrating cost-effectiveness per dollar — council presentations showing the financial impact of preventive vs reactive spending
- What-if scenario modeling quantifying the cost of deferred maintenance at 5, 10, 25, and 50-year horizons
- FIR Schedule 51 data auto-generated for Financial Information Return reporting — TCA values, depreciation, and net book values
- Full source code licence with transparent pricing — no hidden fees, no SaaS subscription escalation
Operational efficiency and field data capture
- Mobile field applications for PCI surveys, patrol documentation, and inspection data capture — GPS-stamped with photo evidence
- Winter maintenance route management with real-time crew tracking, material usage monitoring, and MMS compliance verification
- Road cut permit management with moratorium enforcement and restoration quality tracking
- Work order integration for maintenance crew dispatch, repair tracking, and cost allocation per road segment
Transparent pricing and Canadian-owned vendor accountability
- Full source code licence — the municipality owns the intellectual property. No vendor lock-in, no SaaS dependency
- Canadian-owned and operated — eligible for domestic procurement preferences where applicable
- Published SLA commitments with measurable uptime guarantees (99.9%) and quarterly penetration testing
- Structured implementation methodology with deployment in under 16 weeks and 100% network coverage within 120 days
- No proprietary data formats — full data export in standard formats at any time
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 Road & Pavement.
“Civic Road & Pavement Manager is designed so that within 120 days every road segment has a current PCI rating and GIS linkage — replacing the binder-based inventory we've relied on for decades.”
Director of Public Works
Projected outcome
City-tier municipality · 65,000 residents
100%
Network Coverage
Proven Results
Customer Success Stories
Real deployments. Real outcomes. Explore how Ontario municipalities transformed their operations.
Success Story
City-Tier Municipality
80,000 residents residents · Projected deployment in under 16 weeks · Full network PCI within 120 days
Challenge
428 km road network managed through disconnected spreadsheets, a standalone MMS database, and paper-based bridge inspection forms. No network-level PCI data, no deterioration modeling, and O.Reg. 239/02 compliance tracked manually across winter events.
Outcome
Projected deployment with full source code licence achieving 100% GIS-linked road inventory with PCI ratings within 120 days. Treatment optimization designed to shift $2.1M in annual spending from worst-first to lifecycle management. MMS compliance fully automated.
Key Results
100%
GIS Coverage
3×
Treatment ROI
< 16 wk
Deployment
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.