Realistic Model Environment
A 3D space is built to mirror the actual equipment operation environment. Equipment location, structure, and status information are visually connected, helping users understand each target in a field-like context.
Technology Solution | Industrial Digital Twin VARLOS®
VARLOS® Hanwha Ocean Digital Twin Service Development
A ship monitoring system that visualizes real ship equipment data in a digital twin environment, enabling users to intuitively review equipment status and operational information. With realistic 3D modeling and real-time data integration, key screens such as System Overview, System View, and Equipment View provide at-a-glance insight into equipment conditions, while alarm and data monitoring, PDF document integration, and secure operation functions support stable and efficient ship operations.
The Hanwha Ocean QG DT onboard technical service creates a digital twin environment where ship equipment status can be monitored intuitively in a virtual space modeled after real operating conditions. By combining realistic equipment visualization, real-time data integration, and an integrated security framework, the system strengthens operational awareness and service reliability.
Real-time data integration and realistic 3D modeling technologies create a high-quality monitoring experience.
A 3D space is built to mirror the actual equipment operation environment. Equipment location, structure, and status information are visually connected, helping users understand each target in a field-like context.
Data collected from external equipment and sensors is linked to screen elements. Values, status, and alarm information are reflected in the monitoring view, allowing users to quickly identify changes during operation.
System Overview, Equipment View, and Data Monitoring screens are connected. Equipment structure, detailed status, and data flow are separated by purpose, allowing users to check the required information step by step.
Operational document functions such as Specification and Document Viewer are integrated. Secure access and search flows are applied to technical documents, ensuring stable access to required materials during monitoring.
The VARLOS ship monitoring digital twin system consists of login, system overview, system view, equipment view, alarm and data monitoring, document viewer, control keypad, screen capture, and configuration functions, bringing ship equipment status into one integrated monitoring environment.

Manages the user access flow and controls secure entry into the digital twin environment.

Visualizes key status information so users can view the overall structure of ship equipment and systems at a glance.

Shows equipment placement and system structure in a 3D space modeled after the actual equipment environment.

Links external equipment and sensor data to intuitively present information and status for the target equipment.

Provides access to equipment specifications and detailed information, improving information accessibility during monitoring.

Helps teams use operational documents through secure PDF viewing and search, integrating documents into the monitoring workflow.

Offers an input interface for screen control and function execution, helping users move quickly to the required menu.

Captures monitoring screens so equipment status and operational information can be recorded and shared.

Manages system settings and operating conditions to adjust the digital twin monitoring environment for each purpose.
Realistic 3D modeling and real-time data integration help users quickly understand ship equipment status, while secure document integration and unified monitoring increase operational efficiency and stability.
The Hanwha Ocean QG DT onboard technical service is a digital twin implementation that visualizes real ship data in 3D and reflects equipment status in real time, allowing users to understand operating conditions intuitively.
A virtual simulation space similar to the actual equipment environment was built with real-time data integration and realistic 3D modeling, allowing teams to monitor equipment status and system information intuitively. Integrated security and document-linking functions were also applied to improve operational efficiency and stability.
This VARLOS®-based digital twin implementation delivers a high-quality ship equipment monitoring experience through real-time data integration and realistic 3D modeling.
This project connects real ship data with a 3D environment so equipment status can be checked visually. Users can understand ship equipment status and operational information through screens such as System Overview, System View, Equipment View, Alarm Monitoring, and Data Monitoring. Intuitive UI/UX, document integration, and secure PDF-linked functions were also applied to connect monitoring and operational document use into a single service flow.
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