NaviQore

The digital twin interface for maritime operations

The primary UI of the DGS Industry Platform — enabling stakeholders to monitor vessels, run simulations, assess compliance, and deploy industry-grade digital twins through a single unified environment.

View Use Cases Platform Role

Live Operational indicators & vessel KPIs

What-if Scenario-based route & fuel decisions

CII / ETS Emissions & regulatory compliance

Industry Production-ready digital twin system

Operational Gateway

From digital twin concept to practical maritime tool

NaviQore provides an integrated view of vessel performance, energy consumption, emissions, and regulatory indicators. It supports real-time monitoring as well as scenario-based analysis and decision support for maritime professionals.

Unified view

Bring operational data, digital twin instances, simulation outputs, and indicators into a single interaction layer.

Decision support

Evaluate trade-offs between efficiency, cost, emissions, route planning, and compliance before action is taken.

Real deployment

Translate European research outcomes into a mature system that can be applied within real maritime contexts.

Abstract NaviQore digital twin interface connected to data, models, and knowledge services

What NaviQore Enables

From data to informed action

Rather than focusing on isolated metrics, NaviQore supports holistic system understanding across operational, environmental, technical, and regulatory dimensions.

Monitor vessel performance and operational indicators in real time.
Explore what-if scenarios for routing, speed, and fuel strategies.
Compare alternative decarbonisation options and technologies.
Assess regulatory compliance and future performance projections.
Combine operational data with predictive models and analytics.

Typical Use Cases

Applied across the maritime ecosystem

NaviQore is primarily designed to support ship operators and fleet managers, while also serving ports, regulators, designers, and technology providers through validated models and operational data integration.

Ship operators and fleet managers

Performance monitoring, fuel efficiency analysis, and operational optimisation across single vessels or entire fleets.

Ports and port authorities

Just-in-time arrival coordination, berth planning, and emissions-aware port operations.

Regulators and policy stakeholders

Scenario analysis for regulatory frameworks, emissions forecasting, and policy impact assessment.

Designers and technology providers

Virtual testing of propulsion systems, retrofit solutions, and new vessel concepts before physical implementation.

Relationship to the DGS Platform

A gateway to shared knowledge and models

NaviQore operates as the main interaction layer of the DGS Industry Platform. It consumes structured knowledge from the Knowledge Hub, applies models from the Open Model Library, and follows the interoperability principles defined by the DT4GS Framework.

Input 01 Operational data

Vessel, fleet, port, and voyage information used for monitoring and digital twin workflows.

Input 02 Knowledge Hub

Structured insights, regulatory context, performance knowledge, and reusable decision logic.

Input 03 Open Model Library

Validated models for performance, energy, emissions, routing, and system dependability.

Interface NaviQore

Accessible dashboards, alerts, simulation views, and operational workflows for maritime users.

Origin and Availability

From European research to real-world deployment

NaviQore was originally developed within the DT4GS project as a reference implementation of a maritime digital twin user interface. It has since evolved into a mature, deployable system used in real operational contexts and extended through contributions from multiple EU projects.

While NaviQore is part of the DGS Industry Platform, it is also available as a commercial solution, allowing organisations to deploy and integrate it within their own digital infrastructures.

Digital Twin Interface

Turn platform intelligence into operational workflows

NaviQore connects digital twin technology, validated models, and maritime knowledge to support practical decisions across vessels, fleets, ports, and policy contexts.

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