Why Civic Transit

Full route network, timetable, vehicle blocking, driver rostering, and detour management with GIS integration — changes auto-publish to GTFS and rider-facing channels

Route planning with stop sequencing and timetable creation — manual GTFS export, separate driver scheduling system

Basic route mapping with manual timetable creation — no GTFS generation, no blocking/rostering

GPS tracking every 15–30 seconds with schedule adherence monitoring, dispatch console, and automatic GTFS-Realtime feed for rider arrival predictions

AVL with map display and on-time monitoring — requires separate integration for GTFS-RT and rider-facing apps

GPS fleet tracking designed for fleet management — no transit-specific schedule adherence or GTFS-RT output

Real-time OTP with ±3 minute window, route/stop/period drill-down, threshold alerts, CUTA-standard KPIs, and year-over-year trending

OTP calculation with configurable window — limited drill-down, manual report generation for CUTA

No transit-specific OTP — vehicle arrival at geofenced points only, no schedule adherence context

Native APC integration for stop-level boarding/alighting data with load factor calculation, overcrowding alerts, and ridership analytics feeding route planning

APC data import from hardware vendor — separate system; limited integration with route planning

No APC integration — relies on manual ride-check counts or external analysis

Flat fare, zone-based, time-based transfer models with cash, smart card, mobile, contactless — configurable without code changes. Revenue-to-cost per route

Fare structure configuration with smart card integration — limited mobile payment, no contactless

Basic fare tracking (cash counts only) — no electronic fare media management or revenue analytics

Auto-generated GTFS static and GTFS-Realtime feeds. Embedded trip planner with accessible route filtering. Automatic feed updates on schedule changes

GTFS static export (manual trigger) — GTFS-RT via separate AVL vendor integration, no built-in trip planner

No GTFS support — routes and schedules published as PDF only, riders use third-party apps with no data feed

Integrated specialized transit: AODA eligibility, trip booking (phone/online), ML scheduling, vehicle-rider matching, real-time dispatch, and AODA compliance reporting

Separate paratransit module or vendor add-on — limited integration with conventional transit data

No paratransit capability — managed via spreadsheets, phone logs, and manual scheduling

Real-time transit app, GPS-based arrival predictions, crowding indicators, accessible trip planning, push notifications, and mobile fare payment — branded for your municipality

Basic rider app or relies on third-party apps (Transit App, Google Maps) — no branded municipality app

PDF schedules on municipal website — no real-time information, no mobile app, no push notifications

Built-in AODA compliance: accessible stop registry, ramp/lift status tracking, accessible trip planning, paratransit eligibility per AODA criteria, and compliance dashboards

Accessibility features present but compliance tracking is manual — separate reports for AODA submissions

No accessibility-specific features — AODA compliance managed outside the system with manual documentation

CUTA annual statistics auto-compiled from operational data with KPIs per CUTA definitions — export in submission format for peer benchmarking

Some CUTA-aligned metrics — manual data compilation and formatting required for annual CUTA submission

No CUTA awareness — all metrics must be manually compiled from operational spreadsheets and financial systems

ML-powered demand-responsive micro-transit, ridership forecasting, transit equity analysis, and electric bus fleet management (charging optimization, range estimation)

Limited AI features — some vendors offer micro-transit add-ons at additional cost, no equity analysis

No AI or demand-responsive capability — fixed routes only, no ridership forecasting or equity analysis tools

Purpose-built for Canadian municipalities: AODA, CVOR, MFIPPA, WCAG 2.1 AA, bilingual (en/fr), CUTA reporting, Presto integration, and provincial gas tax tracking

Multi-national product adapted for Canadian market — some provincial compliance requires configuration

Generic fleet or scheduling tool — no Canadian regulatory awareness, no transit-specific compliance

Native integration with all Civic modules: CRM (rider complaints → cases), Finance (fare revenue → GL), HR (operator records), Permits (special event transit), Work Orders (stop maintenance)

APIs available for ERP integration — custom integration project required for each municipal system

CSV export only — no real-time system integration, manual data entry required in other municipal systems

Canadian-hosted cloud (Azure Canada), private cloud, or on-premises — data never leaves Canadian jurisdiction. SOC 2 and MFIPPA compliant architecture

Cloud-hosted — data centre location varies by vendor, may require contractual guarantee for Canadian hosting

Local installation on municipality servers — municipality responsible for security, backups, and patch management