Your tools. Your models. One shared picture.

Ship Design.
Visible &
Connected.

Bring your models, 2D GAs, and engineering data into one connected workflow. Explore a change. See its impact. Keep every discipline in sync.

CONCEPT WORKSPACELIVE CONCEPT
CHANGE DELIVERYConnected documentsAnimated workflow
  • Update GAWaiting for changes
  • Stability inputsWaiting for changes
  • Weight dataWaiting for changes
Preparing changes
Calculating design changes

SPONSORS & BACKERS

Backed early.
Built for what comes next.

BlueNode has the backing of NTNU TTO and the Research Council of Norway, with early funding in place to support development.

NTNU NTNU TTO Technology transfer support
Supported by the Research Council of Norway Research Council of Norway Research & innovation backing
NTNU Discovery NTNU Discovery Product idea backing
EARLY TRACTIONIn development
02potential pilot cases

The next step: real design challenges.

Two potential pilot cases are being explored as BlueNode moves toward testing connected ship-design workflows in practice.

“New approaches like BlueNode can really complement existing ship design tools.”
“There is a clear need for this type of innovation”
Early LOI supporters
Ship at sea
One vessel. Many connected decisions.

THE DISCONNECT

One design change.
A chain of disconnected work.

Your hull model changes. But the weight estimate, stability inputs, and general arrangement still need to catch up.

Too many tabs. Too many tools. Every handoff means another manual review, another integration step, and another opportunity for error.

THE MANUAL WORK BETWEEN TOOLS

Switch tabs. Review outputs. Re-enter data. Repeat.

Every handoff creates room for integration errors.
Hours spent wrangling data
Files to align
Assets to keep aligned
In manual engineering
Total work a change can trigger
01 / FRAGMENTED DATA

The data exists.
The connections don’t.

Models, spreadsheets, and documents each hold part of the design. Bringing them together means translating formats and rebuilding context.

02 / HIDDEN DEPENDENCIES

A small change.
An unclear impact.

A revised dimension can affect several disciplines. Without visible dependencies, teams have to trace what needs updating, and where.

03 / REPEATED HANDOFFS

More coordination.
Less exploration.

Reviewing outputs across tabs and tools means exporting, checking, and re-entering data by hand. Each transfer can introduce mismatches, and every new concept repeats the work.

What if the connections were part of the design?

THE BLUENODE PIPELINE

We think there's a different way.

A seamless, non-destructive pipeline to visualize the invisible, in 3 simple steps.

01 / MAKE DATA USABLE
Importing source engineering data
Aligning data parameters
1
Extract & translate

Make your data usable.

Bring reference drawings, spreadsheets, and models into a shared structure. Use parsers and AI-assisted mapping to connect parameters with their engineering meaning.

THE OUTCOME

A shared starting point for your data.

2D GAs + hull modelsMapped parameters
02 / REVEAL THE CONNECTIONS
Connected design data layers
BlueNode design workspace
2
Integrate

Connect the whole design.

Link geometry, requirements, and performance data in one design graph. Make dependencies visible so a hull change can be traced through the calculations and disciplines it affects.

THE OUTCOME

A visible chain from a change to its impact.

Geometry + requirementsVisible dependencies
03 / CLOSE THE LOOP
Preparing updates for connected tools
Coordinating design updates
3
Exchange

Return changes with confidence.

Review the impact, confirm the changes, and send approved updates back to the tools and documents your team uses. Keep the design context ready for the next iteration.

THE OUTCOME

A coordinated update across your workflow.

Approved changesUpdated tools & documents

YOUR TOOLS. CONNECTED.

Leverage your existing toolstack.
Give it a shared design context.

Give every file and calculation its place in the wider design.

Context-enabled orchestrationProject data and classifications connect to a shared design layer, then flow to clients, naval architects, engineers, planners and managers. Client Navalarchitects Engineer Planner Manager Context enabled by mapping 3D assembly Engineering Shared context PROJECT DATABrochures · Project catalog · Ship specs2D GA / DWGs · Spreadsheets · CAE / metadata CONTEXT & CLASSIFICATIONSPROV-O · SFI · SWBS · OCXStructure, meaning and provenance 01 / Bring the data togetherILLUSTRATIVE WORKFLOW
From scattered information to a shared understanding.

OUR VISION

Our vision is to connect the specialist tools you already use through a shared layer orchestrating hydrodynamics, weights, propulsion, resistance, modelling, and cost.

01

Keep the intent with the data.

Connect geometry with requirements, assumptions, and design rules so the reasoning stays visible alongside the model.

02

Explore the next concept.

Reuse connected inputs to compare alternatives and trace how a change affects the wider design.

03

See the trade-offs earlier.

Follow dependencies across disciplines to understand the implications of a decision before passing it on.

04

Shape connections around your work.

Define relationships between parameters and documents, then review changes before sending updates back.

OUR WHY

Built for ship designers
by ship designers.

Ship designers deserve tools built by people who understand what it takes to design and build a ship. Tools that understand the nuances of the craft and the complexity of each design decision.

At a time of black-box systems and ambitious promises about digitalization, we believe it is more crucial than ever to stay grounded in the basics: sound engineering judgment, explainable calculations, and traceable decisions.

At BlueNode, we care about the craft. Computation should support the designer’s judgment and creativity.

Less time wrangling data.
More freedom to create.

Learn more about the team and advisors
Map of Norway’s municipalities, with an approximate marker for Møre og Romsdal on the western coast

Deep maritime roots.Diverse local & global talent.Seende fremover.

We are nestled in one of the world’s most complete and innovative maritime clusters, in Møre og Romsdal—a region that has been building ships for decades and continues to build some of the world’s most complex vessels.

Explore Blue Maritime Cluster

Join us in realizing a new design paradigm.

How can we help you make more of your design data?

Get in touch

Contact us and join our community of early adopters.