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Our solutions
Discover all our other solutions.
Custom solutions that perfectly adapt to your needs.
SHIPLIFY
Shiplify is the fastest Velocity Prediction Program (VPP) available in the cloud. This software has been developed through several years of research and is still undergoing further development. It can seamlessly predict and compute the performance polar of any kind of ship fitted with any kind of propulsion.
With Shiplify, you can model your asset, run analysis and achieve results instantly. State-of-the-art hydrodynamics and aerodynamics loads can be input to fit with your ship or you can have access to a large database of standard vessels configuration.
➜ Calm water resistance
➜ Added waves resistance
➜ Mechanical Propulsion
➜ Wind Propulsion Systems
➜ Aerodynamic loads
The service is interoperable with SATORI.
Learn more on our dedicated website
SATORI
SATORI revolutionizes the analyzis of ship performance with the use of cutting-edge weather historical data for statistical routing studies. This service has been available since November 2020. Specific APIs developments are available. SATORI is a research program funded by under the contract 110-DEM5-L11.
Learn more on our dedicated website
Satori est un programme de recherche financé par le Copernicus Marine Environment Monitoring Service sous le contrat 110-DEM5-L11.
SHIPKEBAB
ShipKebab, fully owned and developed by D-ICE, offers a powerful solution to predict the ability of a ship to maintain its position and heading in different weather conditions.
Written in modern C++, ShipKebab solves complex nonlinear and non-convex optimization problems to generate accurate Capability Plots. Complying with DNV ST-0111 standards, this tool is essential for the design phases and planning of maritime operations.
HELIOS
Helios is a powerful hydrodynamic solver, developed since 2018, to calculate hydrodynamic databases with unparalleled precision. Developed from scratch, it is based on the most recent software tools (modern C++, Git, CMake, Sphinx) and is optimized for Linux and supercomputers.
Helios provides key data for the design of maritime assets: added masses, radiative damping, diffraction forces, Froude-Krylov forces and RAO. Advanced integration of Green's functions ensures accurate and reliable results.
BOLTS
BOLTS is the first advanced solution dedicated to the simulation of complex offshore transfer operations (boatlanding) optimized for supercomputers.
Thanks to 6 years of research and development, it integrates multiphysical and multibody simulations in real time, taking into account the hydrodynamic interaction between CTV ships and wind turbine foundations.
With 400 wave angle simulations, BOLTS assesses performance and risks such as defensive slips or roll limits via robust statistical analysis.
SIBIS
SIBIS is an innovative software developed by Equinor, in collaboration with Multiconsult and D-ICE. It provides realistic simulations of interactions between drifting ice and offshore structures, incorporating mooring and structural responses in the time domain.
With near real-time computation speeds, SIBIS accurately evaluates ice forces on all objects by solving complex multibody dynamics. SIBIS stands out as an essential tool for the design and operation of marine structures, as well as for future offshore wind farms in polar and subpolar regions.
BLADICS
A smart controller is key for the optimization of the performance and the life duration of wind turbines.
D-ICE has since 2016 developed innovative algorithms and cutting-edge control systems fully dedicated to the control of Floating Wind Turbines (FOWT). BLADiCS embeds all knowledge and know-how of our engineers. The solution is 100% tailorable to any floater or any turbine manufacturer, designed to fully exploit the wind resources. Comprehensive basin tests were completed in 2020 and 2024 in the frame of R&D projects.
The system is available both as a standalone dynamic library (dll) or fully embedded in a trusted hardware solution.
BLADiCS is the ultimate control solution for Floating Offshore Wind Turbines.
Squid X
Find all the power of TACTiCS for your recreational navigation in a simplified and intuitive version.Designed for ocean racing and yachting, SquidX offers a rich data catalog, advanced routing, accurate weather forecast analysis, and cross-platform desktop (Windows, macOS, Linux) and mobile (Android and iOS) compatibility.True successor to Squid, the world leader in marine weather management with more than 7,000 users, SquidX combines expertise and innovation to optimize performance at sea.
The heart
At the heart of our solutions
Advanced digital twins based on an innovative framework.
FRyDoM
All our solutions are based on multiphysical digital twins, accurate virtual replicas that make it possible to accurately model and simulate the behaviour of vessels and offshore systems.
These advanced tools reproduce the complex dynamics of marine platforms and structures, offering reliable and optimized analysis, performance and behaviour prediction. D-ICE has since 2016 developed FryDom, a cutting-edge simulation framework derived from numerous research projects.
Specialized in the modeling of marine platforms, structures and operations, FryDom embodies technological excellence and innovation.
Customer reviews
You say it better than we do
Because your satisfaction is our greatest success, here’s what our clients say about us.
“J'utilise l'outil de navigation maritime Oceanics depuis quelques mois maintenant, et je suis extrêmement satisfait de ses performances.
Luc Rémont
CEO
We have been working with D-ICE for several years and in particular in the context of the renewal and growth of our fleet to assess the performance of the various designs studied. We are confident in the solidity of the scientific approach and methodology complemented by efficient analysis and reporting tools.
Pierre-Arthur Fortin
Project Manager
D-ICE plays a key role in the development of SIBIS, a complex multiphysics scientific software designed to simulate the forces exerted by drifting sea ice on offshore structures. We are thrilled to have been working closely with the team since 2017!
Nicolas Serre
Discipline leader
We have been collaborating with D-ICE for more than 5 years on research and development around the prediction of performance and maritime routing of wind-powered vessels. Thanks to our various projects, we have considerably improved the reliability of the models and optimized the methodologies, which allows us to ensure the technical and economic feasibility of these innovative solutions.
Frédéric Deybach
LNG Innovation & Digital Officer
The clear and qualitative methodology implemented by D-ICE and the agility of its teams in managing our projects to assess the performance of kite-assisted vessels help us enormously in marketing our SeaKite system to shipowners.
Antoine Dechaufour
Responsable commercial
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Frequently Asked Questions
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