Bus and tram at a connected city interchange at night

Solutions / AVM

Mobility intelligence,
orchestrated.

An integrated platform for real-time fleet control, service regulation, passenger information and vehicle intelligence.

The management challenge

Transport networks do not lack data.

They need one operational truth when service conditions change.

Fragmented

Planning, vehicles, ticketing and passenger information often operate in separate systems.

Time-critical

Delays and disruptions require decisions before teams manually align the full picture.

Multi-actor

Control rooms, drivers, depots, authorities and partners must act on the same service status.

Auditable

Every trip, intervention and operational decision must remain visible and traceable.

AVM turns fragmented mobility data into one controlled service operation.

One operational layer

AVM connects plans, vehicles, people and passenger services.

A configurable platform that turns timetables and network data into controlled, traceable operations.

Plans

Timetables, routes, blocks and service calendars

Operations

Control rooms, dispatchers, drivers and maintainers

AVM
Mobility Orchestration Layer
  • Service assignment
  • Real-time monitoring
  • Operational regulation
  • Passenger information
  • Certified reporting

Vehicles

OBU, GNSS, CAN/FMS, validators, APC, PIS and CCTV

Passengers

ETAs, service alerts, occupancy and open-data feeds

Connected vehicle

Every vehicle becomes a connected operational node.

The onboard unit links position, assigned service, driver activity, diagnostics and every connected peripheral to the control centre.

  • Real-time location

    Route, stop, speed and adherence

  • Driver & duty

    Presence, messages, distress and shift status

  • Vehicle health

    FMS/CAN diagnostics, thresholds and alarms

  • Onboard ecosystem

    Validators, APC, PIS, voice, CCTV and Wi-Fi

Electric bus with onboard devices connected to the AVM unit

Service control lifecycle

Control runs from plan to verified service.

One governed lifecycle connects schedules, vehicles, drivers, passengers and performance evidence.

01

Plan

Timetables, routes, blocks and duties

02

Dispatch

Vehicle, driver and shift assignment

03

Monitor

Position, adherence, load and diagnostics

04

Regulate

Headways, detours, short turns and relief

05

Inform

ETAs, alerts, PIS and open data

06

Learn

Certified service data, KPIs and improvement

Network operating viewEvery authorised role sees the same trip, vehicle, service status, intervention and passenger impact.

Real-time service regulation

Disruption becomes a controlled recovery workflow.

Rules and live service context guide operators from anomaly detection to targeted passenger communication.

01

Detect

Delay, headway drift, missed trip, capacity or route event

02

Correlate

Vehicle, schedule, traffic, load and connection context

03

Decide

Priority, regulation option, authority and passenger impact

04

Execute

Hold, short turn, detour, replace, reassign or protect a connection

05

Control

Confirm execution, update ETAs and review recovery

Operators retain authority: every intervention can be monitored, acknowledged, escalated or overridden according to policy.

Vehicle intelligence

Vehicle data becomes maintenance and availability action.

AVM converts continuous diagnostic and peripheral data into alarms, history, maintenance evidence and asset insight.

Without AVM

  • Late fault discovery
  • Separate device checks
  • Reactive maintenance
  • Unclear vehicle readiness

With AVM

  • Live FMS/CAN and peripheral status
  • Configurable thresholds and alerts
  • Diagnostic history by vehicle and device
  • Predictive maintenance and energy insight

Vehicle health is managed as one data-driven workflow, not as disconnected fault reports.

The AVM suite

One platform. Multiple operational missions.

Start with fleet control, then extend the same operating model across the mobility ecosystem.

Operations

Fleet control

Real-time position, route, speed and status

Service regulation

Adherence, headway and dispatch actions

Disruption

Detours, substitutions and connection protection

Control rooms

Maps, tables, alarms and vehicle history

Passenger

Real-time info

ETA, PIS, PA, apps and open data

Ticketing

Validators, fares, products and subscriptions

Passenger counts

Board/alight, load and crowding

Accessibility

Voice, multilingual and assisted travel

Assets & safety

Diagnostics

FMS, CAN, OBU and peripherals

Maintenance

Thresholds, trends and work-order integration

Safety

Distress, CCTV, geofencing and driver messages

Energy

Fuel, battery, charging and eco-driving

Shared foundationEvent streaming · MQTT · GIS · APIs · Analytics · RBAC · Audit trail · Reporting · Data certification

Connected by design

AVM adds intelligence without isolating existing systems.

Open interfaces connect vehicles, planning, passenger services and enterprise platforms into one operational layer.

OBU / GNSS / CAN / FMS

Position, service and vehicle data

Planning / Scheduling / GTFS

Timetables, blocks and master data

Validators / APC / PIS / CCTV

Fare, load, information and safety data

CMMS / ERP / Asset data

Maintenance and enterprise context

AVM
Mobility core
Real timeRulesAnalyticsEventsAPIs

Control centre

Map, tables, alarms and dispatch

Drivers & depots

Driver console, mobile tools and maintenance

Authorities & partners

Regulator, operator and partner views

Passenger channels

PIS, PA, app, web and open data

REST / JSON / XML · GTFS · MQTT · UDP · ETL · API adapters

Management value

Better service today. Stronger mobility governance tomorrow.

AVM creates value for operators, authorities and passengers, from real-time control to certified performance evidence.

More regular service

Live adherence and headway context helps operators regulate service before disruption spreads.

Informed passengers

ETAs, service changes and crowding information remain consistent across every channel.

More available fleets

Diagnostics and maintenance insight improve visibility of readiness and asset condition.

Accountable performance

Certified trip, event and intervention histories support KPIs, contracts and regulatory reporting.

Intelligent mobility connects service quality, asset stewardship and public accountability.

Next step

Build the intelligent mobility layer, together.

A focused workshop can turn one corridor or fleet into a qualified, integrated and operationally validated proof of concept.

01

Select the priority corridor, fleet and service challenge

02

Connect onboard, planning and passenger systems

03

Launch the PoC and validate operational KPIs