Offshore floating wind farm site definition — Morie Software Platform

One platform for floating wind engineering
from seabed to turbine

Stop hunting data across disconnected tools. Morie Platform combines environmental datasets, geotechnical profiles, and engineering calculations in a single collaborative workspace — so your team spends less time collating data and more time iterating designs.

Built by offshore wind engineers, for offshore wind engineers.

EARLY ACCESS LIVE TOOLS

Live today

Two powerful tools available now

Site Tool

From blank map to full site dataset — in minutes

Draw your site polygon on an interactive map and let the platform do the heavy lifting. No data downloads. No manual preprocessing. The Site Tool automatically extracts and harmonises the environmental data your workflow depends on.

Interactive polygon drawing for project boundary definition
Automatic bathymetry extraction at configurable grid resolution (10–200 cells)
Environmental data pull from validated public marine sources
Named studies per project — iterate without losing previous runs

Anchor Tool

Main anchor concepts. Location based soil profiles. Real-time 3D geometry.

Configure main anchor concept, build a multi-layer soil profile at relevant anchor location and get capacity results — all within your project workspace. The 3D viewer updates in real time as you adjust geometry inputs, so you see the design change before you run the analysis.

Main anchor types: suction, torpedo, helical, driven, drilled and grouted piles as well as DEA, SEPLA, DEPLA and VLA plates
Multi-layer soil profile builder — clay, sand and rock
3D anchor geometry viewer that updates in real time
Horizontal and vertical load input with acceptance criteria
Multiple studies per project for parametric design iteration

In development

Five more tools on the way

The full engineering pipeline is being built module by module. Here's what's coming next.

Layout

Optimised turbine placement within site constraints and environmental loading.

Soil

Multi-layer geotechnical model builder and spatial interpolation across the farm footprint.

Mooring

Catenary and taut-leg mooring analysis with shared-anchor configurations.

Cable

Dynamic cable design and optimization. Inter-array and export cable routing and sizing.

Atlas

Integrated project atlas — full-farm anchor mapping, cost estimation and comparison views.

Python SDK

Bring Morie into
your own workflow

Run site assessments, anchor studies, and mooring analyses directly from Python — in your scripts, Jupyter notebooks, or automated pipelines. Full OrcaFlex interoperability included.

$ pip install morie

Submit and poll engineering jobs from Python

Export mooring designs directly into OrcaFlex

Import OrcaFlex loads back into anchor capacity studies

Works in Jupyter, scripts, and CI pipelines

import morie

with morie.Client(api_key="mk_live_...") as client:
    project = client.projects.get("your-project-id")

    job_id = project.anchor.run(
        name="North Sea — 5 m suction pile ULS",
        payload={
            "anchor_type": "suction_pile",
            "geometry": {"D": 5.0, "L": 10.0, "zlug": 8.0},
            "soil":   {"soil_type": "clay", "profile": [...]},
            "loads":  {"load_point": "mudline",
                         "Hm": 2_800_000.0, "Vm": 450_000.0},
        },
    )

    job = client.jobs.wait(job_id)
    print(job.result_payload)

import OrcFxAPI
import morie
import morie.orcaflex  # activates OrcaFlex integration

with morie.Client(api_key="mk_live_...") as client:
    project = client.projects.get("your-project-id")

    # open a Morie mooring design in OrcaFlex (Windows)
    project.mooring.export_to_orcaflex(mooring_job_id)

    # load a completed OrcaFlex simulation
    model = OrcFxAPI.Model()
    model.LoadSimulation("storm_uls.sim")

    # extract Line1 anchor loads → run capacity study
    job_id = project.anchor.run_from_orcaflex(
        model,
        line_name="Line1",
        anchor_payload={
            "anchor_type": "suction_pile",
            "geometry": {"D": 5.0, "L": 10.0, "zlug": 8.0},
            "soil":   {"soil_type": "clay", "profile": [...]},
        },
        name="North Sea — OrcaFlex ULS loads",
    )

    job = client.jobs.wait(job_id)
    print(job.result_payload)

Built for teams

Work together, not in parallel

Morie Platform is organised around projects. Each project holds multiple studies per tool, so your team can run design iterations without overwriting each other's work.

Project workspaces

Group all tools and studies under a single project. Share context across Site, Anchor, and future tools without re-entering data.

Role-based access

Assign Viewer, Editor, or Owner roles per project. Keep sensitive studies locked down while sharing results freely.

Organisation plans

Manage your whole team under one organisation account. Custom subdomains (yourorg.morie.io) keep your workspace identifiable.

Multiple studies per tool

Run parametric variants within the same project. Compare results across design iterations without duplicating setup work.

Site Tool — interactive boundary definition and bathymetry extraction
Anchor Tool — Main anchor types, multi-layer soil profiles, 3D geometry viewer
New tools as they are released (Layout, Soil, Mooring, Cable, Atlas)
Project workspaces with multiple studies per tool
Role-based access — Viewer, Editor, and Owner
Organisation account with custom subdomain
Direct support from the Morie Analytics team

One platform for floating wind engineering from seabed to turbine