Go from CAD to converged results in one workspace: geometry, meshing, 48 OpenFOAM solvers, live monitoring and ParaView post-processing. Nothing to install, no licences, and you pay only for the compute you use.
Free plan, no card needed. Built by Navygate Technologies.
AnantaSim runs real OpenFOAM v2412 on cloud machines, so all you need is a browser. You set up cases through forms and AnantaSim writes the OpenFOAM dictionaries for you, with the guard rails and tooling that make it fast to use. Every case stays a standard OpenFOAM case, with no proprietary format.
Every simulation in AnantaSim is a real OpenFOAM case. Download it with its 0/, constant/ and system/ folders and run it on your own workstation or cluster.
Case-file download is available on the Student, Startup and All Access plans.
When a mesh or solver job fails, the AI reads the logs and comes back with the primary error, a plain-language summary and suggested fixes. Dedicated specialists cover snappyHexMesh, checkMesh, OpenFOAM solvers, Gmsh, cfMesh and code_aster.
Available on paid plans. AI features use credits.
A dry run checks your whole setup in a single time step before you commit compute. During a run, AnantaSim stops gracefully on NaNs or exploding residuals and keeps the last good time step. Solvers that hang are stopped too.
Explore results in up to four linked views: slices, clips, contours, streamlines, glyphs, particle tracers and Lagrangian particle tracks. Compare runs on shared plots and overlay your own experimental data.
Publish a validated project with a public link and price it in credits or money. Buyers get their own copy to run, and can leave a review.
Publishing requires a paid plan.
The meshers, solvers and physics models you would expect, plus the tools to bring in your own geometry and work as a team.
Gmsh, snappyHexMesh, cfMesh and blockMesh, plus merge meshes, split mesh regions, create patch, topoSet, baffles and extrusion.
Incompressible and compressible flow, conjugate heat transfer, VOF and Eulerian multiphase, combustion, Lagrangian sprays, overset meshes and solid stress.
18 RAS, LES and DES turbulence models, P1 and fvDOM radiation, combustion and chemistry with CHEMKIN import, MRF, SRF, mesh motion, porosity and fvOptions.
AI writes parametric CadQuery code, validates it and returns a STEP file you can tweak by parameter. Uses credits.
Upload STEP, IGES, BREP or GEO geometry, STL and OBJ surfaces, or an existing OpenFOAM polyMesh or MED volume mesh.
Share projects by email as Viewer, Editor or Admin. Every edit autosaves with undo and redo, and named versions can be compared or restored. Sharing and versions are on paid plans.
Build shapes, upload CAD or generate it with AI
Gmsh, snappyHexMesh, cfMesh or blockMesh
Solver, physics, boundary conditions, numerics
Dry run, then parallel cores with live monitors
ParaView in the browser
Runs, plots and your own data
Pick a solver family and AnantaSim writes the OpenFOAM dictionaries for you. No OpenFOAM or Linux experience is needed to get started.
Overset variants are available across several families. Structural FEA with code_aster (linear static) is in beta.
Learn CFD on the toolchain industry uses, with guided tutorials and an AI that explains your errors.
Learn more ↗Test flow and thermal ideas before you build, without workstations, licences or a CAE team.
Learn more ↗Full OpenFOAM depth for consultants and CFD engineers, with validation tools and client sharing.
Learn more ↗Organisations, groups and credit pools, so engineering teams share one toolchain under one budget.
Learn more ↗Plans for every stage: Free, Student, Startup, Professional, Enterprise and All Access. Credits you buy separately never expire.
This offering is not approved or endorsed by OpenCFD Limited, producer and distributor of the OpenFOAM software via www.openfoam.com, and owner of the OPENFOAM® and OpenCFD® trade marks. code_aster is developed by EDF and distributed under the GNU GPL.