Import from your favorite mesh and CAD tools
SIMD Agent is our agent-first physics simulation platform, evolving CFD into the intent-driven era.
Product
From setup-heavy CFD to intent-driven simulation
Describe the physics
Describe what you want to simulate in natural language, flow type, geometry, and boundary conditions.
Review generated setup
SIMD auto-detects patches, selects solvers, generates mesh parameters and turbulence models.
Click run
One click to launch on parallel GPU/CPU compute infrastructure. No manual configuration needed.
Inspect results
Monitor residuals in real time, view field visualizations, and get AI-generated reports.
Ask questions
Wonder why this solver, why these boundaries, what does this result mean?
Use cases
Model cryogenic fluid behavior, tank pressurization, and phase change dynamics.Simulate space re-entry heating, nozzle flows, and spacecraft thermal management.Optimize thermal systems from heat exchangers to electronics cooling and conjugate heat transfer.
Prompt-based simulation
Describe what you want to simulate in natural language. SIMD's AI agent interprets the physics, detects geometry patches, and generates a complete simulation setup; mesh, boundaries, solver configuration, and turbulence model.
Give me the report of the pressure
Results and reasoning
Monitor residuals in real time, get AI-generated reports on convergence and field behavior, and ask questions about your simulation results. SIMD explains what happened and why.
Built for every scale
Built for people who want answers, not setup overhead
Researchers & students
Run simulations faster, learn physical behavior more easily, and avoid getting blocked by setup complexity.
Individual engineers
Go from geometry and prompt to a runnable case without rebuilding the workflow manually each time.
Companies & teams
Reduce engineering setup time, standardize workflows, and give more people access to simulation internally.
Working with
