02TML · Challenge 2

Dynamic information at stops

NEXTOP Smart Stop

A centrally managed connected stop that turns existing telemetry into clear, current and accessible service information.

Explore proposal
Core message
The right information, at the right stop, at the right time.
Bus stop with a digital passenger information display at dusk
Illustrative image · connected stop with dynamic display
The challenge in context
01

Static information

Printed timetables need manual updates across the network.

02

Frequent changes

Diversions, incidents and extra services must be communicated fast.

03

Not everyone uses apps

Information at the stop remains essential for many passengers.

01

Information that ages quickly

Timetables and physical information require manual updates. Changes, diversions and reinforcements need fast communication, without relying on smartphones alone.

02

The stop as a live channel

The platform receives location and telemetry from existing systems, links vehicle, route and upcoming stops, and estimates arrival time.

03

From the centre to the street

The stop displays upcoming services, minutes to arrival, changes, diversions, incidents, cancellations, reinforcements and operational messages.

04

One consistent source

Central management ensures information across the network is coherent, accessible and ready for open integration.

How it works

How it works, step by step.

  1. 1

    Receive telemetry

    Vehicle positions arrive from the operator's existing systems.

  2. 2

    Estimate arrivals

    The platform links vehicle, route and stop to compute ETAs.

  3. 3

    Publish messages

    Operators push incidents or changes to one stop or the whole network.

  4. 4

    Display at the stop

    A low-power connected display shows clear, accessible information.

System architecture

From the street to the dashboard.

L1

Data sources

AVL / telemetry, GTFS and operational messages.

L2

Integration

Open APIs and standard formats.

L3

Central platform

ETA estimation and content management.

L4

Connected stop

Display, connectivity and remote monitoring.

Integrated vision

One infrastructure,
two challenges.

The same physical, connected stop infrastructure can support Smart Stop and RF Mobility Mesh, reducing duplication and creating a smart mobility network.

RF MESHCONNECTED STOPSMART STOP
Who benefits

Value for every stakeholder.

Transport authority

Consistent passenger information across the network.

Operator

Faster incident communication with less field work.

Passenger

Reliable, accessible information right where they wait.

Operational value

From physical perception to decisions.

01

Central updates across the network

02

Less manual intervention

03

Consistent, accessible information

04

Open integration with existing systems

PILOT
Validation in a real context

Validate with real information.

Use the same stops as challenge 1 to demonstrate the combined value of the infrastructure and avoid duplication from the start.

Integrate a real location source
Validate arrival estimates
Test messages and incidents
Evaluate operation at the same stops
Proposed pilot plan

Indicative timeline, to be agreed with the partner.

01 · Proposed · weeks 1–4

Integration

Connect to a real telemetry feed and define message types.

02 · Proposed · weeks 5–7

Deployment

Install connected displays at selected stops.

03 · Proposed · weeks 8–14

Operation

Run live information and test incident workflows.

04 · Proposed · weeks 15–16

Evaluation

Assess ETA quality, reliability and user feedback.

What we need from the partner

  • Access to a real telemetry feed
  • Selected stops with power or solar options
  • Operations team for message testing
  • Accessibility guidelines

Frequently asked questions

Proposal 2 / 3 ·