modeFRONTIER vs Plato
modeFRONTIER
engineering.esteco.comPlato
sandia.govSide by side
| Figure | modeFRONTIER | Plato |
|---|---|---|
| Price from | — | Free |
| Free plan | — | Yes |
| Free trial | — | — |
| Open source | — | — |
| Windows | Yes | — |
| Linux | Yes | Yes |
| API | Yes | — |
| Self-hosted | Yes | — |
| Plans published | 1 | 2 |
| Spec score · Generative Design Software | 7.4 (#12) | 7.0 (#15) |
| Headquarters | Trieste, Italy | Albuquerque, New Mexico, USA |
| Purpose | modeFRONTIER automates engineering simulation workflows and optimizes designs by integrating third-party CAD/CAE and in-house engineering solvers. | Plato is a platform for topology optimization that helps designers generate designs optimized to meet functional requirements. |
| Support | ESTECO advertises one-to-one CAE engineering support from its engineers to help customers select a design exploration and optimization strategy. | The Plato Engine GitHub page invites users to submit questions, bug reports, and feature requests as GitHub issues and lists [email protected] for user support. |
Plans
In their own words
modeFRONTIER
modeFRONTIER automates engineering simulation workflows and design optimisation by connecting third-party CAD/CAE software with in-house solvers. It combines multiple engineering disciplines in unified workflows and allows several optimisation strategies in one project file. Design exploration includes design of experiments, response surface models, multi-objective optimisation, robust design, reliability analysis and uncertainty quantification. Surrogate models, machine-learning algorithms and reduced-order models support data-driven modelling; ESTECO identifies pilOPT as its proprietary self-adaptive optimisation algorithm. Integrations include parametric solvers and custom connectors for Abaqus, Adams, ANSYS Workbench, CATIA and ANSA. pyFRONTIER and pyCONSOLE connect Python workflows, including scikit-learn and SciPy optimize libraries. Workflows can run in parallel, on local grid computing, or through remote HPC and cloud resources. VOLTA adds collaboration, distributed execution and result traceability. Pricing is on request, with academic licences limited to non-commercial or academic use.
Plato
Plato is a Linux command-line platform for topology optimization, helping designers develop geometry that meets functional requirements. It solves topology and shape design problems with adjoint methods for gradient-based optimization. Documented objectives include increasing stiffness or heat flow and reducing stress. Plato coordinates workflows involving geometry, meshing, and physics simulation packages. It includes the open-source physics code Plato Analyze and can also be used with a growing set of internal Sandia physics codes. Research features described for the platform include structural optimization across multiple materials, uncertainty-aware structural optimization, level-set methods, and a massively parallel kernel filter. A graphical interface is in development for selected applications. The open-source version is listed at free, with a limited set of objectives and constraints. A license is required to obtain an installation package.