Planning, operations, monitoring, analytics and governance — in one platform.
RouteSync is an integrated transport platform that connects demand intelligence, network design, service planning, operations control, fleet and crew management, analytics, revenue, billing and reporting into one structured operating environment.
Seven layers that work as one system.
Data captured in one layer becomes intelligence in the next — no spreadsheets, no re-keying, no disconnected tools.
One flexible platform, tailored to how you operate.
RouteSync adapts its workflow and toolset to each transport mode — so you only work with what's relevant, whether you run a metro, a citywide bus network or corporate staff transport.
One platform, every surface your operation needs.
From control-room web dashboards to the validator on the bus — RouteSync delivers the right application to each device and role, tailored to your transit agency.
Web application
Full planning, operations control, dashboards and reporting in the browser — for control rooms, planners and management.
Mobile applications
Native apps for crew, drivers, riders and employees — with live tracking, duty, bookings and safety on the go.
Device applications
Purpose-built apps for transit hardware — running on the exact devices your agency deploys in the field.
From the device on the vehicle to the record on the platform.
The layer below the platform — the unit on the bus, the software on it, and everything that reaches the control room from there.
OBU to Cloud
Device data from any vendor, resolved to one model — with statutory push, commissioning and warranty.
In-vehicleOBU Software Stack
One on-board layer across every device on the vehicle; change a supplier by writing a driver.
In-vehicleShieldSync
Endpoint protection inside the OBU, monitored from a cloud console.
In-vehicleIn-Vehicle ITS
Displays, announcements, video, driver assistance and emergency response on the vehicle.
In-vehicleADAS Configuration
Configure, calibrate and deploy the driver-assistance and driver-monitoring functions.
Timetable → Blocks → Runs → Roster.
Turning a service plan into a working timetable is four separate problems, and most platforms collapse them into one word. Each stage here hands its output to the next, so a frequency decision taken on Monday shows up as a crew requirement rather than a surprise.
Schedule Optimizer
- Headways and service spans against demand
- Peak and off-peak patterns
- Trip times from real running data, not a flat assumption
Block Scheduler
- Trips chained into vehicle duties
- Layover and turnaround respected
- Depot pull-out and pull-in, with dead running counted
Run-Cutting Engine
- Legal duty lengths and break rules
- Relief points and changeover locations
- The crew requirement the plan actually implies
Crew Duty Scheduling
- Rostering against qualifications and leave
- Self-rostering and re-rostering when the day changes
- An hours ledger that tracks working-time compliance
Each stage can be run on its own if you already have the stage before it — bring your own blocks and start at run-cutting.
The application suite
Five mobile apps and a set of device applications, each built for one role. Every one talks to the same platform, so a driver's duty, a parent's alert and a depot manager's approval are the same record.
| Application | Who uses it | What it does | Platform |
|---|---|---|---|
| Customer app | Passengers | Journey planning, bookings, tickets and passes, live vehicle tracking, wallet and rewards. | Android · iOS |
| Driver app | Drivers | Duty sign-on, assigned route and trips, live location, incidents and panic, driving behaviour feedback. | Android · iOS |
| Conductor app | Conductors | Ticketing on board, passenger counts, trip and fare capture, offline-capable. | Android · iOS |
| Employee / Parent app | Staff and parents | Roster and pickup times, live tracking of the vehicle, boarding and drop confirmation, absence and no-show reporting, safety alerts. | Android · iOS |
| Depot app | Depot managers and supervisors | Dispatch and readiness, crew and vehicle allocation, approvals, broadcasts and depot-level exceptions. | Android |
| Device applications — the AFCS layer we can supply | |||
| Handheld / ETM | Conductors, inspectors | Ticket issue, validation and inspection on a handheld electronic ticketing machine. | Android device |
| Gate & validator | Passengers at the gate | QR, NCMC and card validation with offline fare tables and a double-spend guard; validates in about a millisecond without a network. | Embedded Linux |
| TVM — ticket vending machine | Passengers, unattended | Self-service ticket purchase and printing at stations and stops. | Android device |
| TOM — ticket office machine | Station staff | Counter ticket sales, card issue and top-up, shift reconciliation. | Linux kiosk |
| Display boards | Passengers at stops | Real-time arrival and service information driven from the same feed as the control room. | Embedded / PIS |
Cloud, on-premise — online and offline.
RouteSync runs where your agency needs it to, and keeps working even when connectivity drops.
Cloud + on-premise
Deploy fully in the cloud, entirely on-premise within your data centre, or as a hybrid — whatever your security and procurement rules require.
Online & offline mode
Field devices keep validating tickets, recording trips and capturing data offline, then sync automatically when the network returns.
Resilient by design
No single point of failure between depot, field and control room — operations continue through outages and reconcile cleanly afterward.
Module families, in customer language.
RouteSync's application depth is organised into clear capability groups — not a dense menu of screens.
Demand-driven planning. Electric-fleet ready.
Purpose-built capabilities for modern, data-led and electric transit operations — from rationalising routes around real demand to monitoring every battery and charger in real time.
Demand-based route rationalisation
Restructure and optimise routes around actual travel demand — removing overlaps, closing gaps and improving coverage.
Demand-based route scheduling
Build timetables and frequencies that match demand by time of day — right service, right place, right moment.
Real-time EV health monitoring
Live vehicle health for electric fleets — diagnostics, fault alerts and condition tracking across every bus.
Real-time EV battery monitoring
Live state-of-charge, state-of-health and temperature per vehicle — protect range and battery life in service.
Charging schedule
Plan and optimise charging across the depot — sequencing vehicles, slots and tariffs around the next day's duties.
Charger monitoring
Real-time status of every charger — availability, faults, utilisation and energy delivered across the depot.