Simulate reality in one unified canvas
Connect physics, biology, chemistry, and math in a single AI-powered workspace — rendered live with WebGPU, directly in your browser. No installs. No silos.
Generated node structure for Double pendulum
θ̈ = −(g/L)·sin θ + ξ(t)The Workspace
A creative tool for science — not a 1990s spreadsheet
Poly Sim OS feels like Figma or Unreal Engine. Four surfaces work together to take you from idea to interactive result.
Visual Node Graph
Drag logic blocks onto an infinite canvas. Wire a Fluid Dynamics node into a Lipid Nanoparticle node, driven by a Runge–Kutta solver.
Live Render Viewport
A WebGPU + WebAssembly split view renders high-fidelity 2D/3D output in real time, at near-native desktop speeds.
AI Co-Pilot
Fine-tuned on arXiv and PubMed. Describe a system in plain English and get the exact nodes, variables, and formulas instantly.
Data Inspector
A collapsible panel of real-time graphs, heat maps, and raw matrices for instant error-checking as the simulation runs.
Hybrid Compute
Local by default. Cloud when you need 5 billion particles.
Standard simulations run on your own CPU/GPU through WebGPU — costing nothing in server fees. When a lab pushes past local limits, Poly Sim OS seamlessly escalates to serverless GPU clusters, metered by Compute Tokens.
Local execution
WebGPU + Wasm, near-native speed
Cloud escalation
Serverless AWS / GCP clusters
Compute tokens
Strictly metered, never client-trusted
Run the math
This isn't a screenshot — it's a live integrator
Drag the parameters and the trajectory below is re-integrated in your browser with a fixed-step Runge–Kutta scheme. Resonance peaks near — exactly as the theory predicts.
x(t) — displacement
peak |x| ≈ 0.70 m- ω₀
- 2.45 rad/s
- ζ
- 0.08
- regime · Δt
- under-damped · 0.040 s
Growth Loops
Built to spread through science
The “Cite Us” loop
Free-tier research embeds an interactive citation link. Readers click and drop straight into the live model.
Programmatic SEO
Search “Navier–Stokes visualizer” and land on a playable Poly Sim OS template from the community library.
Academic bounties
We sponsor hackathons with cash bounties for the most accurate node clusters added to the public library.
Start free. Render your first simulation in minutes.
Local rendering is free forever. Scale to the cloud only when reality gets heavy.