Performance by Design
What it is
MultiOptimal360® is a comprehensive decision support solution that supports the development of new solutions with reduced time-to-market and lower R&D costs through a multifactor approach.
What it does
The tool enables sustainable and functional solutions, reducing costs and environmental impacts while maximizing technical performance.
Who it is aimed at
MultiOptimal360® is designed for companies and research centers that want to maximize and optimize the performance of their products or services by simultaneously considering multiple decision factors with reduced time and cost.
Choose MultiOptimal360® if you want to:
minimize project costs and time and maximize efficiency and sustainability.
MultiOptimal360® is decision support software (Decision Support System-DSS). It operates through quantitative algorithms and evaluation methods based on hard data, experimental evidence and numerical processing.
It is a tool designed to realize sustainable and functional solutions i.e., reduce costs and environmental impacts while maximizing technical performance, with reduced time-to-market and reduced development costs.
Thanks to the technology of MultiOptimal360® it is possible to:
drastically reduce the number of trials (trials and errors) of experimentation.
minimize the cost and time to develop the solution.
maximize the eco-efficiency and effectiveness of the solution in accordance with design constraints.
MultiOptimal360® is a working tool and does not replace the designer but facilitates and enables the choice of solutions even in complex case studies. The tool's modular architecture allows the integration of new functions and algorithms, for customized solutions tailored to the customer, technical performance with reduced time-to-market and reduced development costs.
All design data is saved on confidential Database in the cloud or on proprietary server, as desired.
Discover the many benefits of the MultiOptimal360® solution:
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This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 862444