Industry Focus

Maritime

Unified 3D Insight for Vessels, Ports, and Coastal Environments

Precision Insight for Maritime Operations

Our Unlimited Detail visualization in udStream and udSDK enables faster, more accurate decisions across ship design, construction, surveying and coastal management.
  • Maritime Focused Design
    Developed in close collaboration with shipyards, surveyors, and marine operators to reflect real world maritime workflows and operational constraints.
  • Proven in Operational Environments
    Successfully deployed across maritime surveying, ship construction, and coastal monitoring projects where reliability and accuracy are critical.
  • Secure by Design
    Robust encryption and access controls protect sensitive vessel, survey, and coastal data, enabling secure collaboration across teams and organisations.

Maintains survey grade precision

Maritime professionals can visualize massive sonar datasets and construction models on existing hardware without expensive upgrades.
  • Multi Source Data Support
    Process side scan sonar, bathymetry, LiDAR, and photogrammetry data from multiple sensors and platforms in a unified 3D environment.
  • Real Time Performance at Scale
    Smooth, responsive interaction with massive sonar and bathymetric datasets enables real time analysis—even across entire ports and coastal facilities.
  • Survey Grade Precision
    Sub centimetre accuracy supports hydrographic surveys, ship hull inspection, and detailed visualization of underwater features.

Maritime Operations & Analysis

Comprehensive tools for ship design review, construction monitoring, marine surveys and coastal management.
  • Collaborative Review & Markup
    Bring design teams, surveyors, and stakeholders into a shared 3D environment to review ship designs, construction progress, and survey data. Use maritime standard symbology and annotations to align on decisions in real time
  • Change Detection & Monitoring
    Compare bathymetric surveys over time to detect seabed changes, monitor dredging operations, and track coastal evolution.
  • Survey & Measurement Analysis
    Measure distances, depths, hull volumes, and structural dimensions with survey grade accuracy, supporting certified reporting and compliance requirements.
  • Contextual Data & Situational Awareness
    Filter noise, isolate features of interest, overlay multiple datasets, and use built in maritime 3D assets—such as vessels, port infrastructure, and navigation aids, to provide clear operational context.

Powered by Unlimited Detail

Unlimited Detail is Nuclideon’s patented 3D rendering technology, purpose built to visualise, manage, and stream massive spatial datasets in real time. It forms the foundation of every Nuclideon solution, enabling near unlimited scale and performance across industries, without reliance on high end hardware.
Unlimited Scale, Real Time Performance
Nuclideon’s patented engine can store, manage, stream, and visualise near unlimited volumes of 3D data while maintaining performance even on low end devices.
Single Source of Truth
Combine LiDAR, photogrammetry, GIS, CAD, BIM, and imagery into one unified 3D environment for confident, data driven decisions.
Secure Collaboration
Share insights and visualisations in real time using udStream and udCloud, with controlled access that ensures the right users see the right data.
GIS Aware Visualization
Support for hundreds of coordinate systems and datums ensures spatial data from multiple sources aligns accurately in a single 3D view.
Flexible Deployment
Deploy in the cloud, on premise, or across hybrid environments, integrating seamlessly with existing storage and data management systems.
Seamless Integrations & Extensibility
Integrate Nuclideon into your existing workflows using udSDK, or connect directly with platforms such as Unreal Engine to extend visualisation, simulation, and custom applications—without re‑architecting your systems.

Operate with all your Data, not a sample.

Visualize and interact with your actual datasets at scale — no GPUs, no simplification.