Built for the
accelerated computing era.
Simulation should be as fast as your intuition. By coupling advanced multiphysics, multiphase, and reactions, diTwoo gives your intuition superpowers.
Zero Setup
No massive downloads, no license servers, and zero local dependencies. Log in, model, simulate, and repeat; no worries about jobs scaling, we take care of that for you.
Unified Physics
Say goodbye to hacking together segregated solvers and emperical models. Watch emergent physics in action..
Real-Time Iteration
No more overnight convergence waits. Swap geometries, sweep parameters, tune boundary conditions, and get your answers as early as possible.
Developer Ecosystem.
diTwoo isn't just a walled garden. It's a fully extensible platform built for engineers to integrate directly into their own tools.
Global API Access
Programmatically submit, monitor, and retrieve high-performance simulations from anywhere in the world. Plug our engine directly into your enterprise backend.
Native
SDK
We provide a robust SDK so you can build custom tools, dashboards, and automated pipelines directly on top of our core solver.
MCP
Integration
Connect diTwoo with external AI models and large language models via the Model Context Protocol to drive autonomous engineering workflows.
Coupled LBM.
A masterpiece of computational physics. Our solver natively handles complex phenomena with unparalleled physical accuracy.
Transport
Phenomena
Natively handles momentum, mass, and heat transfer within a single, unified algorithmic framework.
Reaction
Kinetics
Fully coupled chemical reactions mapped effortlessly across phase boundaries for state-of-the-art multiphase flows.
Lattice Boltzmann Method
Taking deep inspiration from established literature, we utilize LBM to simulate fluid dynamics at a mesoscopic scale, capturing details that traditional Navier-Stokes solvers miss.
Direct Pipeline.
We eliminated the friction between design and simulation. Import raw boundary representations directly from your CAD tool and let our engine handle the rest.
Direct CAD Import
Operate right inside your existing workflow. We ingest raw triangular meshes directly from your CAD tool, eliminating tedious manual geometry cleanup and translation steps.
Instant
Voxelization
Our engine automatically flood-fills and voxelizes complex internal domains on-the-fly. What used to take hours of manual meshing now happens instantaneously.
Robust
Translation
No more dealing with watertight geometry errors or broken faces. Our voxelization pipeline gracefully handles imperfect CAD data so you can focus on physics.
The Platform Layer.
Simulation is only the beginning. We built diTwoo to be a robust, production-ready platform that respects your time and compute budget.
Intelligent Checkpoints
Never lose progress again. Our solver automatically takes distributed checkpoints. If a run drops, resume exactly where you left off.
Credit Rollover
We don't punish you for being efficient. Any unused compute credits at the end of the month automatically roll over to your next cycle.
Failure Refunds
If a simulation fails due to a solver instability or platform error, we automatically analyze the failure and refund your credits. Zero risk.
Directly connect
your workflow.
diTwoo integrates directly with the tools you already use. Push geometry, pull results, and automate your entire simulation pipeline without friction.
Fusion 360
Connect directly to Autodesk Fusion 360. Export your models, define boundary conditions natively, and run diTwoo simulations without ever leaving your CAD environment.
View DocumentationDon't just take our word for it.
We back up our beastly performance claims with rigorous testing. Check out our validation results and technical whitepapers to understand how our engine achieves breakthroughs.