Digitalisation of terminals, ports and logistics infrastructure
How to better manage arrivals, time windows, gates, yard, handling operations, equipment and infrastructure throughput
Digital maturity
medium
Skaitmenizacijos potencialas
88/100
Biggest challenge
Terminal capacity and time windows are managed in a fragmented way
Biggest opportunity
Data-driven infrastructure throughput
The greatest result is created not by a separate smart gate solution, but by a consistent arrival, loading and departure process that actually increases terminal throughput.
How terminal, port and logistics infrastructure operations work
The business area encompasses sea and inland ports, intermodal, container, bulk and other cargo terminals. The main challenge is to safely coordinate limited berth, gate, yard, rail, loading and equipment capacity.
Limited and expensive physical capacity
Berths, gates, yards and loading equipment must be utilised very precisely.
Many independent parties
Ships, trains, lorries, agents, customs and the terminal must exchange the same information.
Critical safety and business continuity
A system failure can stop flow or cause a safety risk.
High volume of real-time events
Every arrival, gate passage, transfer and loading changes the overall plan.
Market and technology context
Vessel arrival and service optimisation, smart gates, standardised cargo events, digital models and automated equipment are transforming infrastructure management. Value depends on reliable partner and terminal data connectivity.
Greater flow volatilityArrival time and readiness change frequently, requiring the plan to be recalculated in real time.
Need to increase existing asset throughputNew infrastructure is expensive, making better use of berths, gates and equipment important.
Standardisation of partner dataCommon vessel arrival, service and cargo event data models reduce the number of individual integrations.
Safety and sustainability pressureLess waiting, empty movement and engine running reduce risk and emissions.
Typical operating chain
01
Arrival and capacity reservation
A vessel, train, truck, time window, berth or handling capacity is planned.
02
Document and permit verification
Cargo, transport, customs, safety and access data are checked.
03
Gate and entry process
Transport, driver, cargo are identified and movement instructions are provided.
04
Yard and handling management
Locations, equipment, workers and handling tasks are assigned.
05
Cargo event and exception management
Location, status, damages, delays and partner actions are recorded.
06
Departure, service accounting and analysis
Departure is confirmed, services are calculated and throughput is assessed.
Digital maturity model
0
Arrivals and loading work are coordinated by telephone and paper
Time slots, gates, yard, cargo status and service accounting depend on separate teams.
1
Separate gate, security and terminal systems
Core events are recorded digitally, but partner data and the operational plan are not integrated.
2
Individual terminal flows digitised
Time slots or smart gates are in operation, but arrival, loading task, equipment and invoice are only partially linked.
3
Integrated arrival and loading process Typical current situation
Transport, cargo, time slot, gates, yard, loading task and key events are managed within a common process.
4
Real-time terminal capacity management Siektina
Arrivals, equipment, workforce and loading priorities are adjusted according to actual flows and safety limits.
5
Predictive and partially autonomous terminal
Flow models, video analysis and automated equipment help optimise throughput whilst maintaining human and safety control.
Key conclusion
Terminal or port throughput is often limited not only by physical infrastructure, but by delayed information about arrival, readiness, cargo and available equipment.
Arrival plan, gates, yard, loading tasks, cargo events and invoices must use the same objects and actual statuses.
It is advisable to first select one end-to-end flow, for example, a lorry arrival from reserved slot to departure, and connect all its statuses.
Related topics
Terminal operations systemTime slot and gate managementInfrastructure throughput analytics
Problemos
Most common digitalisation challenges
The most critical gaps occur between planned arrival, actual readiness, gates, yard and actual handling events.
Terminal capacity and time windows are managed in a fragmented way
Critical
Vessel, train, truck, gate, berth and handling capacity are planned in separate systems.
Consequences
Queues, waiting times and conflicts over the same physical capacity are increasing.
Gate processes are too slow and rely on manual checks
Critical
Documents, transport identification, permits, cargo status and yard instructions are checked in multiple locations.
Consequences
Gate throughput declines and transport queues build up.
Cargo location and status are fragmented
Critical
Terminal, carrier, line and customs systems use different statuses and identifiers.
Consequences
The client and operations team do not have a single reliable view of the cargo.
Arrival time and readiness are insufficiently reliable
Critical
Partners' Estimated Time of Arrival data, document, cargo and equipment readiness data are updated with delay.
Consequences
Berth, gates, workers and equipment are planned inefficiently.
Loading equipment availability and maintenance managed separately
High
Tasks, equipment location, operators, breakdowns and maintenance schedules not always visible in a shared plan.
Consequences
Increasing downtime and urgent equipment replacements.
Terminal service accounting depends on manual records
Medium
Loading, storage, waiting, transfer and other service events do not always automatically convert into invoice line items.
Consequences
Revenue is lost, disputes increase and invoices are delayed.
Opportunities
Greatest digitalisation opportunities
Single arrival–gate–loading scenarioVery high impactConnect time slot reservation, advance document verification, transport identification, yard instruction, loading task and departure for one transport flow.Faster transit
Unified terminal operations platformVery high impactConnect arrivals, capacities, gates, yard, loading tasks, equipment and cargo events.Higher throughput
Optimisation of arrivals and vessel servicingVery high impactShare estimated time of arrival, readiness, berth, services and actual arrival data between all participants.Less waiting
Coordination of loading equipment and workforceHigh impactConnect tasks, equipment location, operators, maintenance and real work progress.Better equipment utilisation
Service accounting based on actual eventsHigh impactAutomatically convert loading, storage, waiting and transfer events into invoice data.Fewer lost revenues
Biggest opportunity
Data-driven infrastructure throughput
Connect arrivals, time slots, gates, yard, loading, equipment and partner events.
Less waiting and queuing
Higher gate and loading throughput
Better equipment utilisation
More reliable cargo status
More accurate service invoicing
Expected impact on operations and financial performance
Greater infrastructure throughputBetter coordination of arrivals, gates, yard and loading allows more flow to be handled.
Reduced transport waiting timeTime slots and more reliable estimated time of arrival reduce queues and unproductive standing time.
Better equipment utilisationShared information on tasks, location and maintenance reduces downtime.
More reliable cargo statusUnified events help the customer and operations understand the real situation more quickly.
Fewer lost revenuesActual service events are converted into invoices more accurately.
More accurate investmentsProcess data and modelling help justify infrastructure expansion.
Sprendimai
How to solve these problems
Solution directions linked to specific business area problems they address.
Problema
Terminal capacity and time slots managed in fragmented manner
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Sprendimo kryptis
Terminal Operations System
Manages arrivals, yard, berths, handling tasks, equipment and cargo events.
Problema
Cargo location and status fragmented
→
Sprendimo kryptis
Terminal Operations System
Manages arrivals, yard, berths, handling tasks, equipment and cargo events.
Problema
Handling equipment availability and maintenance managed separately
→
Sprendimo kryptis
Terminal Operations System
Manages arrivals, yard, berths, handling tasks, equipment and cargo events.
Problema
Gate processes too slow and dependent on manual checks
→
Sprendimo kryptis
Time slot and smart gate system
Manages reservations, permits, vehicle and cargo identification, queues and movement instructions.
Problema
Terminal capacity and time slots managed in fragmented manner
→
Sprendimo kryptis
Time slot and smart gate system
Manages reservations, permits, vehicle and cargo identification, queues and movement instructions.
Problema
Arrival time and readiness insufficiently reliable
→
Sprendimo kryptis
Vessel service and arrival coordination platform
Connects vessel, agent, terminal and service readiness, estimated time of arrival and actual statuses.
Recommended Digital Solutions
Solutions must connect partner arrivals, terminal operations, gates, equipment, cargo events and service accounting.
Terminal Operations System
Manages arrivals, yard, berths, handling tasks, equipment and cargo events.
Time slot and smart gate system
Manages reservations, permits, vehicle and cargo identification, queues and movement instructions.
Vessel service and arrival coordination platform
Connects vessel, agent, terminal and service readiness, estimated time of arrival and actual statuses.
Handling Equipment Management System
Manages equipment location, availability, operators, tasks, breakdowns and maintenance.
Event-Based Service Accounting
Converts actual loading, storage, waiting and transfer events into verifiable invoice line items.
When the investment is justified
Investment justified
Queues constantly form at the gates
Time slots do not reflect actual loading capacity
Cargo status clarified by phone calls
Some services not accounted for automatically
Reikia atsargumo
No unified transport and cargo identifiers
Partners' Estimated Time of Arrival insufficiently reliable
No backup gate operating mode
First version covers the entire terminal
Ideal first version
One seamless transport arrival scenario from time slot booking and document verification to gates, yard, loading task and departure.
Time slot booking
Connects transport, cargo, customer and planned arrival.
Document and permit verification
Verifies mandatory data before arrival.
Gate process
Identifies transport and provides movement instruction.
Loading task
Assigns location, equipment and responsible team.
Throughput KPIs
Measures waiting, gate time, loading and departure.
Kam pirmiausiaTerminal planners · Gate and security staff · Loading operations team · Carriers and drivers
What not to include in the first versionAll transport modes and terminal zones · Fully autonomous gate operations · Digital twin of the entire terminal
Investment priorities
Connect one arrival–gate–loading scenarioIntegrate time slot, documents, gates, yard, loading task and departure for a single transport flow.
Standardise arrival, transport and cargo dataDefine common transport, cargo, customer, time slot, location and operation identifiers.
Create a single cargo event modelStandardise partner and terminal statuses, time, location and data source.
Connect equipment, tasks and maintenanceSchedule loading tasks based on actual equipment availability, location and safety rules.
Automate service accountingLink actual loading, storage, waiting and transfer events to tariffs and customer invoicing.
Key implementation conditions
Operating systems must function without uncontrolled downtime
Fallback modes are required for gates, yard and handling tasks.
Partner data requires clear terms and quality KPIs
A late Estimated Time of Arrival or document must be visible and managed as an exception.
Safety rules must take priority over optimisation
The system cannot propose a movement or handling plan that violates safety constraints.
Events must have precise time and source
This is essential for throughput analysis, disputes and service accounting.
Cybersecurity must cover operational equipment
Access, networks, remote service and device integrations must be segmented.
Recommended implementation sequence
01
Single Transport Flow Diagnostics
Select one lorry, rail or other flow and identify where most waiting and manual checks occur.
Arrival Process Map
Reasons for Waiting
Partner Data Assessment
Initial Throughput KPIs
02
Arrival, Cargo and Operations Data Model
Connect transport, cargo, customer, documents, location, loading task and service events.
Common Identifiers
Time Window Rules
Event Model
Integration Plan
03
Arrival–Gate–Loading Scenario Pilot
In one flow, reduce waiting and create a traceable path from booking to departure.
Time Window Booking
Advance Document Check
Gate Workflow
Loading Task
04
Yard, Equipment and Partner Expansion
Connect more physical capacities and ensure that critical flow operates even when integrations are disrupted.
Yard View
Equipment Availability
Partner Interfaces
Fallback Operating Mode
05
Operational Analytics and Service Accounting
Use reliable events for capacity, invoices and assessment of larger infrastructure changes.
Throughput analytics
Arrival forecast
Event-based accounting
Scenario modelling pilot
Recommended KPIs
Average vehicle waiting timemin.
Measure the efficiency of arrivals and gate processes.
Gate throughputvehicles / hr
Assess the entry and exit process.
Number of handling operations per houroperations / hr
Measure handling productivity.
Quay or terminal capacity utilisation%
Assess the use of limited infrastructure.
Estimated time of arrival deviationmin.
Measure the accuracy of partner-provided and forecasted arrival data.
Handling equipment availability%
Measure the technical readiness of critical equipment.
Number of safety incidents and near missescases
Assess the impact of digitalisation on safety.
Key risks
The first version covers the entire terminalGates, yard, quays, equipment and invoices are changed simultaneously.Kaip suvaldyti Start with one complete flow, for example, lorry arrival.
Partner data unreliableestimated time of arrival or cargo status is provided late and disrupts the overall plan.Kaip suvaldyti Measure partner data quality and have a fallback planning mode.
Gate automation incorrectly identifies transportOptical number or document recognition may incorrectly admit or detain transport.Kaip suvaldyti Use confidence thresholds and employee confirmation for unclear cases.
System failure stops physical flowCritical integration becomes a single point of failure.Kaip suvaldyti Have a local fallback mode, queues and recovery procedures.
Optimisation model ignores safetyThe system aims for throughput but does not account for dangerous goods or movement restrictions.Kaip suvaldyti Implement safety rules as hard constraints.
Inovacijos
More advanced digital innovations
Advanced solutions are only meaningful with reliable arrival, cargo, equipment, location and actual operations data.
Market expansion3
Arrival and readiness forecast
Relevant
Models evaluate partners' estimated time of arrival, history, weather, traffic and readiness data.
How it is applied For berth, gate and workforce planning.
What value can be created
Less waiting
More accurate plan
What is needed for this to work
Partner events
Historical arrivals
Medium-termCommercial solutions are available
Video analysis for gates and yard
Relevant
Cameras recognise vehicles, containers, numbers, damage and movement events.
How it is applied For gate automation and security.
What value can be created
Faster passage
More evidence
What is needed for this to work
Cameras
Identification data
Short-term perspectiveCommercial solutions are available
Cargo equipment failure risk forecast
Relevant
Telematics and maintenance history are used to determine failure risk and appropriate maintenance time.
How it is applied For critical equipment maintenance.
What value can be created
Less downtime
What is needed for this to work
Equipment telematics
Repair history
Medium-termCommercial solutions are available
Early stage1
Digital twin of the terminal
Relevant
A virtual model simulates arrivals, gates, yard, berths, equipment and cargo flows.
How it is applied For testing investment and operational scenarios.
What value can be created
More precise investments
Lower congestion risk
What is needed for this to work
Terminal layout
Actual operation times
Long-term perspectiveCommercial solutions are available
D.U.K.
Frequently asked questions
Where to start terminal digitalisation?
Select one continuous flow, for example, lorry arrival, and connect the time window, documents, gates, yard, loading and departure.
Will smart gates increase throughput on their own?
No, if time windows, cargo data and loading capacity remain separate. Gates must be part of a common operational process.
What should the first version of the project be?
Time window booking, advance document verification, transport identification, movement instruction, loading task and key waiting KPIs.
How to connect partners?
Use APIs for large partners, and a portal or simple booking link for smaller ones, whilst maintaining a uniform minimum data set.
How to ensure operations during system failure?
Critical functions require local backup mode, predefined procedures and periodically tested recovery.
How to assess return on investment?
Measure waiting time, gate throughput, loading productivity, equipment availability, automatically accounted services and safety incidents.
Next step
Assessing where the most throughput is lost in terminal flow
The review will cover arrivals, time windows, gates, yard, loading operations, equipment, cargo statuses and service accounting, and will help select the first stage.