BSTOS
A container terminal with vessels, container yards and quay cranes

BUSAN STANDARD · AI-NATIVE TOS

Every terminal movement,
one connected flow.

From vessels to yards and equipment.
BSTOS connects field data and AI with terminal operations.

Vessel Monitoring preview

BUILT FOR THE FLOW OF GLOBAL TRADE

ONE CONNECTED TERMINALOperationsManagementMonitoring

THE BSTOS APPROACH

Connect complex operations.
Make informed decisions.

01

Vessel

More precise vessel operations

Bring vessel and job information together, from planning through live operations.

Vessel visualization · Job progress · Container information

02

Yard

A clearer view of the yard

See container locations and yard conditions, and turn field updates into informed decisions.

Yard visualization · Container lookup · Status tracking

03

Equipment

Connect equipment with operations

Track equipment and job status together so operators can reach the information they need.

Equipment monitoring · Job information · Operational control

OPERATIONS IN VIEW

See your operations. Explore the actual screens.

01 · YARD MONITORING

The entire yard, at a glance.

View block status, equipment jobs, container movements and job history in a single yard view.

Yard Monitoring preview

Yard Monitoring · Simulation

Yard Monitoring

02 · VESSEL MONITORING

Vessels and cargo handling, in one view.

Follow progress by vessel bay, crane assignments and container status across work areas.

Actual Vessel Monitoring screen showing bays, crane assignments and container status
Vessel Monitoring

DESIGNED AROUND YOUR TERMINAL

Better operations start with the right structure.

Yard Define

Set block positions, dimensions, orientation and attributes,
and design your terminal yard layout on screen.

Yard layout editor showing blocks, lanes and block dimensions and attributes
Yard Define

Vessel Define

Visually define vessel bays and container stowage spaces
to plan vessel operations.

Vessel editor showing the bay layout and individual deck and hold cells
Vessel Define

BERTH PLAN

Plan every berth across space and time.

Berth Plan showing vessel berthing positions, schedules and operational details

Berth Plan

See vessel berthing positions and arrival and departure schedules at a glance, and plan berth space and time together.

QC Assignment

Select quay cranes (QCs) for each vessel and set the start and end times for each crane's work.

APPLICATION PERFORMANCE MONITORING

See the systems behind your operations.

An actual application monitoring dashboard for CPU, memory, response times and transactions.

APM dashboard showing CPU, heap memory, response times, TPS and active transactions
APM · Application Insights

Container, job and equipment updates reach multiple operational screens, giving teams a shared view of current conditions.

The operations portal, admin console and scheduler connect field workflows with system management.

Exchange data with external business systems and connect the information needed for terminal operations.

AI-NATIVE ARCHITECTURE

Operations inform intelligence.
Intelligence informs operations.

BSTOS AI-native operational architectureTerminal field status reaches BSTOS, which returns work plans and instructions. The platform requests AI inference, receives optimization results and stores operational data. Training, validation, model versioning and deployment feed improved models back into the AI Engine. This is a conceptual system design.AI-NATIVE COREOptimizeAI decisionsStore operation dataTRAIN · VALIDATE · IMPROVEDeploy modelApply modelTerminal & BSTOSBSTOSAI EngineOperational DBData from field operationsTrain & validateTerminal-specific learningModel registryValidated models · VersioningModel deploymentBring validated models into operation
BSTOS · AI-native architecture conceptOn smaller screens, scroll horizontally to explore the diagram.

WHY AI NATIVE

Intelligence in operation. A system designed to improve.

01 / INDEPENDENT LEARNING

Separate learning from operations

AI serves inference results for operational requests while model training follows a separate path. Operations and model improvement are designed to be managed independently.

02 / CONTINUOUS IMPROVEMENT

Turn experience into better decisions

Terminal-specific data supports training, validation and versioned models for operational use. This provides a foundation for optimizing yard placement, transport equipment, job sequencing and rehandling.

03 / AI-ASSISTED WORK

Bring AI into everyday work

Connect natural-language questions with data queries, using the meaning and relationships of port operations to find relevant information. Repetitive tasks can extend into automated workflows.

04 / FLEXIBLE FOUNDATION

Connect and scale to your environment

BSTOS supports multiple databases, including Oracle and PostgreSQL, and integrates with external systems through REST APIs. Kubernetes-based services and deployment practices are designed with operational continuity in mind.

WORKFLOW AUTOMATION

Your daily operations report, automated.

BSTOS integrates with automation tools such as n8n to automatically deliver daily operational results and follow-up items to your team.

  1. Every day at 8 AM

    Schedule Trigger

  2. BSTOS

    Fetch operations data

    BSTOS API

  3. Aggregate results

    Structured Data

  4. Generate AI summary

    Port-domain LLM

  5. Deliver report

    Email or Messenger

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