Exdyna
WE

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

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 humanoid Simulations

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

FLUID Agent simulates fluid flows passing 50x50 obstacles array

&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