Transport & Logistics Terminals

The path something or someone follows

Pathway

It is the real journey followed by a passenger, a staff member (ground handlers, check-in, security, cleaning or maintenance crews) or an asset (a bag, a ULD, a pushback or a mobile stair) within the airport. It is not a department; it is a journey across the organisation.

Example

• A passenger: check-in → security → gate → boarding.
• A staff member: shift, reassignment at peak, rest break.
• An asset: a bag, a ULD container, a pushback tractor.

The Pathway transformed into executable digital data

Smart Operational Pathway (SOP)

The digital, dynamic and executable representation of a coordinated sequence of activities — people, assets, systems and AI — to achieve an operational objective within the airport. It does not merely describe:

• Tasks, but behaviours
• States, but evolutions
• Information, but relationships
• Processes, but organisations

Example

The aircraft turnaround transformed into a digital, executable and measurable Pathway in real time.

The network of Smart Operational Pathways

SOP Network

It is the layer that sees all pathways at once, in real time, and helps coordinate them. It does not replace the AODB, ERP or tracking systems; it builds on them.

Example

• Detects in advance where a delay is likely to occur.
• Alerts and helps coordinate people and resources.
• Learns from every execution to improve the next.

The path something or someone follows

Pathway

It is the real journey followed by a passenger, a staff member (terminal, security, luggage or port crews) or an asset (a luggage cart, a gangway, a provisioning pallet or a tool) within the cruise terminal. It is not a department; it is a journey across the organisation.

Example

• A passenger: arrival → check-in → security → embarkation.
• A staff member: shift, peak-day reinforcement, ship–port handover.
• An asset: a luggage cart, a gangway, a provisioning pallet.

The Pathway transformed into executable digital data

Smart Operational Pathway (SOP)

The digital, dynamic and executable representation of a coordinated sequence of activities — people, assets, systems and AI — to achieve an operational objective within the cruise terminal. It does not merely describe:

• Tasks, but behaviours
• States, but evolutions
• Information, but relationships
• Processes, but organisations

Example

The turnaround day of a cruise call transformed into a digital, executable and measurable Pathway in real time.

The network of Smart Operational Pathways

SOP Network

It is the layer that sees all pathways at once, in real time, and helps coordinate them. It does not replace the port community system, ERP or tracking systems; it builds on them.

Example

• Detects in advance where a delay is likely to occur.
• Alerts and helps coordinate people and resources.
• Learns from every execution to improve the next.

The path something or someone follows

Pathway

It is the real journey followed by a passenger, a staff member (station, control, ticketing, cleaning or maintenance staff) or an asset (a bus bay, a ticket machine, an escalator or a cleaning cart) within the interchange hub. It is not a department; it is a journey across the organisation.

Example

• A passenger: arrival by rail → transfer → bus departure.
• A staff member: shift, redeployment at peak, incident response.
• An asset: a bus bay, a ticket machine, an escalator.

The Pathway transformed into executable digital data

Smart Operational Pathway (SOP)

The digital, dynamic and executable representation of a coordinated sequence of activities — people, assets, systems and AI — to achieve an operational objective within the interchange hub. It does not merely describe:

• Tasks, but behaviours
• States, but evolutions
• Information, but relationships
• Processes, but organisations

Example

A rail-to-bus connection transformed into a digital, executable and measurable Pathway in real time.

The network of Smart Operational Pathways

SOP Network

It is the layer that sees all pathways at once, in real time, and helps coordinate them. It does not replace the operators' fleet, SCADA or ticketing systems; it builds on them.

Example

• Detects in advance where a delay is likely to occur.
• Alerts and helps coordinate people and resources.
• Learns from every execution to improve the next.