Exdyna
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A Billion-Cell Scale Scientific Computing Engine

Data FARMS for all next-generation foundation AI models

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background

FAST

Astoundingly faster than legacy solvers

AI-NATIVE

Compatible with AI training loops

RECONFIGURABLE

Modular physics ready for new domains

MODULAR

Multidisciplinary Agents

SUSTAINABLE

Exceptionally Efficient, consuming less power

Our Solution

Desktop Local Computer

(Power Consumption: kilowatts)

100 Millions to 1 Billion–Cell Tasks
VERSUS
Legacy Solver

Supercomputer Clusters

(Power Consumption: megawatts)

Requires massive infrastructure
GENerator

Real world Simulator

Scientific Computing Agent Stack - Modular · AI-Native

Generator Matrix Core Center Content
DATA Showroom

Scaling Compute

Fast as Scale

Humanoids🤖Marathon🏃

TEXT to physics

Many robots scenario

Training speed compare, without and with physics

Humanoid physics comparison

Fluid Structure Interaction (Air - Humanoids Interaction)

Multiphase Fluid Structure Interaction (Air & Water- Wind Farms Interaction)

Billion DOFs City Simulation

Humanoid walks in water

City Scale Wind Field Simulation

Multiphase Fluid Structure Interaction (Air & Water- Humanoids Interaction)

Humanoid is learning how to walk

High-Throughput, Ultra-Fast Generation of Massive, High-Fidelity Datasets

FLUID Agent simulates fluid flows passing 50x50 obstacles array

High Throughput humanoid Simulations

&MORE

ADVISORY BOARD

Dr. Ren Wu
Senior Strategy Advisor AI & Heterogeneous Computing
Prof. Yang Hui Ying
Senior Strategy Advisor Energy
Dr. Guo Tianfu
Advisor Physics & Mechanics

Our Partners

Exdyna is an NVIDIA Inception program member.

Let's talk