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Platform24 pages

Platform
Planning, operations, monitoring, analytics and governance for transport — connected on one data model.
Dashboards
CEO, executive and operations dashboards — live, colour-coded and role-specific, from planning to performance.
Intelligence
What is model-driven, what is computer vision, what is statistical, what is optimisation and what is a rule — an honest account of the AI, forecasting and algorithms inside RouteSync.
Network Planning & Diagnostic
Diagnose an existing transport network and design a costed, quantified replacement — zones, accessibility, opportunity, corridors, scenarios and a handover pack, on an eight-stage gated workflow.
Surveys & Data Collection
Household, employee, boarding-alighting and stated-preference surveys — built, assigned, collected offline in the field, de-duplicated and analysed in the platform that designs the network afterwards.
Tool Catalogue
Every tool in the RouteSync platform, named and grouped by lifecycle stage — planning, network design, service design, operations, analytics and governance.
Use Cases
From citywide BRT to single-site staff transport — RouteSync configured to how you actually move people.
Integrations
Connect RouteSync to telematics, AFCS/ticketing, GIS, HR and ERP through open standards — no rip-and-replace.
Security & Trust
Security, resilience and trust by design — flexible deployment, role-based access, encryption, audit trails and offline resilience.
Developers
The RouteSync integration surface — token authentication, tenant addressing, mobile and device API families, GTFS static and realtime, webhooks, SFTP batch and GeoJSON exchange.
GTFS & GTFS-Realtime
RouteSync imports, validates, corrects and publishes GTFS and GTFS-Realtime — including whether the feed you were given is a timetable or only a route geometry.
AIS-140
AIS-140 statutory push to state VLTD backends, panic routing to 112 / ERSS, per-state onboarding — and where device certification stops and platform conformance starts.
AFCS & NCMC
Automatic fare collection end to end: NCMC, QR and open-loop media, validators, handhelds, TVM and TOM applications, offline validation, clearing and revenue reconciliation.

In-vehicle & devices

OBU to Cloud
RouteSync ingests, normalises and reconciles data from any on-board unit — with AIS-140 statutory push, device lifecycle, factory commissioning and warranty management on one platform.
OBU Software Stack
A unified, indigenous OBU software stack: hardware abstraction, secure runtime, FOTA, vehicle-bus interface and on-device security, running unchanged across device suppliers.
ShieldSync — On-board cybersecurity
ShieldSync runs endpoint protection inside the on-board unit — on-device detection, integrity monitoring, port control and network anomaly detection — with offline operation and a fleet-wide console.
In-Vehicle ITS
In-vehicle ITS on one platform: destination boards, automatic announcements, MDVR video management, video AI for passenger counting, ADAS and driver monitoring, and SOS routing to 112.
ADAS Configuration
Configure ADAS and driver-monitoring functions per vehicle class and route, calibrate cameras on the line, deploy over the air, and route every event into the same platform as the rest of the fleet.

Tools by lifecycle stage

Define Demand
Everything before a route exists. Where people actually travel, gathered from the people who travel — households, employees, schools, ticketing and the field — rather than assumed from the network already running.
Analyse & Design Network
Turning demand into a network. Diagnosis first — what the current network reaches and what it misses — and then routes, stops, feeders and transfers drawn against the answer rather than against history.
Design Service
A network is not a service until it has a timetable, a fleet, a crew and a fare. Four separate problems that most platforms collapse into one word, each handing its output to the next.
Operate
The largest stage by some distance, because running the service is where the plan meets the day. Control, telematics, passenger information, fare collection, crew, maintenance and incidents, on one live picture.
Analyse & Improve
Measurement and the acting on it, which the catalogue keeps together because the same screens serve both. Trends, root causes and the corrective action that follows — crew, fleet, safety and money.
Contract, Reports & Notifications
The accountability layer. What the contract promised, what it paid, what the reports say and who gets told when something breaches — the part an authority reads and an operator is measured by.

Solutions10 pages

The same platform, shaped to how you move people.

Solutions
One platform, shaped to how you actually move people — public transport, employee and DRT, student, private operators, ride-hailing, EV charging and parking.
Public Transport
Demand-led planning, network design and live operational control for cities, BRT, bus and rail-feeder networks.
Detailed Project Report (DPR)
Survey to costed service plan on one platform: primary and secondary data, diagnosis, network design, quantification and a handover pack whose figures can be reproduced.
Built for UMTAs
What a metropolitan transport authority needs that an operator system will not give it: one network across operators, independent planned-versus-actual, contract logic that runs, evidence that survives audit.
Employee Transport & DRT
Roster-to-route staff transport with pickup clustering, live tracking, safety workflows and accurate billing.
Student Transport
Route planning, live tracking, child-safety and parent communication for schools, colleges and campuses.
Private Transport
Planning, dispatch, tracking, bookings and billing for private operators, fleet owners and charter services.
Ride-Hailing Platform
Launch your own branded ride-hailing service — without building the technology from scratch.
EV Charging Management
Cloud-based charge-point management, smart charging, energy and billing for electric fleets, depots and charging networks.
Parking Management
Real-time occupancy, ANPR access, cashless payments, booking and enforcement — from a single lot to a citywide network.

Commercial4 pages

What it costs, how it is packaged, and how we bid.

Pricing & Engagement
Pricing tailored to your modes, scale, deployment model and support needs — and what a RouteSync deployment looks like.
Packages
Structured deployment packages — start with the package that solves today's problem, then scale to full lifecycle control.
Tenders & Procurement
ITMS, AFCS and planning-study tender support — compliance matrix responses, technical proposal input, eligibility documents and past performance, with lead times.
Partners & Global Delivery
Technology, implementation and regional delivery partners — local deployment and support across our regions.

Resources28 pages

Writing, guides and worked examples.

Resources & Insights
Insights, guides, case studies and product notes for planning, operating and governing transport.
Insights
Perspectives on demand intelligence, operational control, performance accountability and connected transport.
Guides
Practical how-to guides for planning, launching and running transport with RouteSync.
Case Studies
Illustrative scenarios showing how RouteSync brings transport planning and operations under control.
FAQs
Answers to common questions about RouteSync — platform, deployment, integrations and support.
Transport Glossary
AFCS, AIS-140, BRT, DPR, DRT, GTFS, NCMC, OTP, PVR, run-cutting, UMTA and VLTD — the acronyms in a transport tender, defined plainly.

Insights

Why transport systems need demand intelligence before route design
Designing routes without demand data bakes in coverage gaps. Start with movement patterns.
From route planning to operational control: why cities need a lifecycle platform
Planning and operations live in different systems — and that gap quietly costs reliability.
How employee transport can be controlled from roster to route to billing
A connected staff-transport flow removes manual reconciliation and billing disputes.
Why public transport dashboards must show planned vs actual performance
A dashboard that only shows "actual" hides the most important number: the gap.
The role of digital management boards in bus and BRT performance management
Daily operating rhythm turns data into action — with named owners and clear status.
How fleet and crew readiness affect first-trip performance
First-trip failures cascade across the day. Readiness is a planning problem, not luck.

Guides

Designing demand-led bus routes
Turn movement and demand data into route geometry, stop spacing and frequencies — before you commit a single bus.
Setting up employee transport: roster to billing
Connect rosters, shifts, pickup clustering, routing, tracking and automated billing into one controlled flow.
Reading planned-vs-actual performance
How to interpret the gap between what you planned and what actually operated — and act on it daily.
Building a metro feeder network that earns ridership
Feeder design principles that convert last-mile trips into rail boardings instead of leakage.
Preparing for a transport tender with RouteSync
A practical checklist for ITMS/AFCS tenders — scope, KPIs, SLAs and the evidence panels you need.
Fleet and crew readiness for reliable first trips
Why first-trip failures cascade, and how to make readiness a planning step rather than luck.
Running a daily operating rhythm with management boards
Stand up a green / amber / red operating rhythm with named owners and weekly accountability.
Going live: deployment, integration and offline-ready devices
From cloud or on-premise rollout to field devices that keep working without connectivity.

Use cases

BRT corridors
Plan, monitor and control corridor operations with route, station, fleet, headway and incident visibility.
Municipal bus networks
Use demand intelligence and route performance data to redesign and control scheduled bus services.
Rail & metro feeders
Design feeder routes and first/last-mile networks aligned to rail/metro stations and demand.
Commuter bus services
Improve service planning, fleet allocation, crew planning, revenue tracking and daily performance.
Minibus feeder systems
Support formalisation and network structuring through demand, route, stop and performance data.
Call centres / BPO
Plan shift-based pickups, manage no-shows, track vehicles, improve safety and control billing.
Industrial & mining staff transport
Roster-to-route logic, safety tracking and vendor accountability for high-volume staff transport.
Universities & campuses
Plan campus shuttles and staff/student mobility with demand-responsive logic and monitoring.

Company4 pages

Who builds it, and how to reach us.

About
RouteSync exists to connect transport planning and operations — so authorities and operators can see, run and improve their networks.
Team
The team building RouteSync — across planning, engineering, operations and delivery.
Careers
Work on transport planning, operations, on-vehicle devices and deployment with a distributed team across India, Greece, Indonesia and South Africa.
Contact
Talk to the RouteSync team — request a demo, discuss deployment, or explore partnership.

Legal3 pages

The terms this site is published under.

Privacy Policy
How RouteSync and MMI Mobility Private Limited collect, use and protect personal information.
Terms of Use
The terms governing your use of the RouteSync website.
Cookie Notice
How RouteSync uses cookies and similar technologies on this website.

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