Simple, transparent pricing

300 Compute Tokens to run your first cloud simulations without a subscription.

Five cloud simulation runs for quick iteration on the go.

60 cloud GPU-minutes for compute-heavy renders and solves.

Export ten high-resolution simulation renders at publication quality.

Render three 4K simulation videos of your time-domain results.

Unlock bulk CSV/HDF5 export for a project's full result set.

Top up 5,000 additional API calls without upgrading your plan.

Add one extra private cloud project beyond your plan limit.

Extend a single cloud job's wall-clock limit by two hours.

Unlock a fine-mesh solve for higher spatial accuracy on one run.

Save twenty simulation states you can branch and restore.

Fifty extra AI Copilot generations for node-graph authoring.

Jump the cloud queue for a single high-priority job.

Import one large external dataset for data-driven simulation.

Unlock a single premium physics node for your project library.

Pin environment + random seed and archive a reproducible run.

Mint a citable DOI for a published simulation project.

Publish one live, interactive embed of a simulation to any site.

A coupled multi-physics solve linking fluid, thermal, and structural nodes.

200 generations on the Pro model for complex graph authoring.

Automatically tune solver settings until your run converges.

Build an AI surrogate model for near-instant parameter previews.

Run up to fifty parameter variations and compare results.

Quantify how input uncertainty propagates to your results.

Render a hundred frames of your simulation in one batch job.

Convert a Python/MATLAB snippet into a runnable node graph.

Turn your results into a formatted LaTeX report with figures.

Import a CAD/3D model and auto-generate a simulation-ready mesh.

Detailed, sourced property sheet for any material in your model.

Diagnose why a simulation blew up or failed to converge.

Everything you need to start simulating classical & modern physics.

Population dynamics, reaction networks, and cellular models.

Reaction kinetics, equilibrium, and transport simulations.

ODEs, PDEs, chaos, and dynamical-systems exploration.

A professional computational-fluid-dynamics toolset and templates.

Structural, thermal, and modal finite-element analysis toolset.

Every domain node pack plus a large compute allotment.

Set up a class of 30 students for one term with shared projects.

Tools to reproduce and publish results from a paper.

A short-term team workspace with pooled compute for sprints.

Best-value bulk compute: 6,000 Compute Tokens.

A simulation specialist reviews your model and reports issues.

We build your simulation model from your specification.

Validate your setup against benchmark cases and report accuracy.

We develop a custom simulation node to your specification.

A two-hour guided onboarding for you or your team.

We migrate a model from COMSOL, Ansys, or MATLAB to PolySim.

Publication-ready figures and animations from your results.

Fast-turnaround help when a model is broken before a deadline.

Run a job at 2× priority for faster turnaround.

Add 50GB of project and result storage for a month.

A verified seal certifying a run is fully reproducible.

Polished formatting for figures and exports.

30 days of priority support responses.

Remove watermarks from exported media.

Add one collaborator to a single project.

A specialist sanity-checks a result before you rely on it.

Put your own logo and colors on public embeds.

A soft-cap buffer so a job never fails mid-run on token limits.

A sourced report on a material's mechanical & thermal properties.

Describe your problem; get the recommended method and settings.

An audit of your mesh with quality metrics and fixes.

Estimate the compute tokens and time a run will take.

Compare your results to published benchmark cases.

A cited digest of recent literature on your topic.

A diagnosis of convergence behavior from your solver logs.

A breakdown of where your compute tokens are going.

A beginner video course on browser-based simulation.

An in-depth masterclass on computational fluid dynamics.

An in-depth masterclass on finite-element analysis.

Get expert-level results from the AI Copilot.

Learn to build simulations with the visual node graph.

Publish reproducible, citable computational research.

A live Q&A session with a simulation specialist.