Technical Specifications
IoT-ready microservices architecture for modern parking management.
Civic Parking runs on a containerized microservices architecture designed for IoT sensor networks, real-time ALPR processing, high-volume payment transactions, and predictive analytics. Each service scales independently — enforcement peaks don't disrupt payment processing, and IoT sensor spikes don't slow down analytics queries.
99.9%
Uptime SLA
5,000+
Concurrent Users
<200ms
API Response
9
Platform Modules
Architecture Overview
Built on a microservices architecture with event-driven processing for parking.
Platform Modules
Core Services
Independently deployable microservices with dedicated data stores and APIs.
Total Modules
9
Protocol
REST / gRPC
Bus
Async Events
Container
Kubernetes
Database
PostgreSQL 16
Specifications
Technical Details
Browse specifications by category. All values reflect current production configuration.
ALPR Processing
< 1 second plate read to enforcement decision (active payment/permit check)
Ticket Issuance
Digital ticket creation in < 3 seconds with evidence photo and GPS attachment
Dispute Processing
Automated dispute intake with 48-hour acknowledgement SLA
Provincial Lookup
Registered owner identification via plate query in < 2 seconds
Uptime
99.9% Availability SLA
Enterprise-grade availability with redundancy across Canadian data centres.
99.953%
30-Day Avg
1
Incidents
3× DC
Redundancy
< 15min
Recovery
30-Day Uptime History
All Systems Operational
Deployment
Flexible Deployment Options
Source code licence with flexible deployment options.
On-Premises — Full deployment on municipal infrastructure.
Canadian Cloud — Managed deployment on Canadian IaaS.
Hybrid — Core services on-prem with cloud analytics.