Dyad
AI-Native Simulation Platform to Accelerate Hardware Design
Combine physics-based modeling with scientific machine learning for mission-critical engineering
Dyad
AI-Native Simulation Platform to Accelerate Hardware Design
Combine physics-based modeling with scientific machine learning for mission-critical engineering
Dyad
AI-Native Simulation Platform to Accelerate Hardware Design
Combine physics-based modeling with scientific machine learning for mission-critical engineering
One model, two interfaces
Breaking Down the Engineering-Development Divide
Dyad's one-to-one mapping between graphical models and Julia code eliminates translation steps, enabling engineers and developers to work on the same source of truth with their preferred tools
One model, two interfaces
Breaking Down the Engineering-Development Divide
Dyad's one-to-one mapping between graphical models and Julia code eliminates translation steps, enabling engineers and developers to work on the same source of truth with their preferred tools
One model, two interfaces
Breaking Down the Engineering-Development Divide
Dyad's one-to-one mapping between graphical models and Julia code eliminates translation steps, enabling engineers and developers to work on the same source of truth with their preferred tools
Software Developers
Dyad Studio
VS Code extension for text-based modeling that brings modern software engineering practices to physics-based simulation with full Git integration, debugging, version control, and CI/CD workflows
Physical Engineers
Dyad Builder
Visual modeling interface for drag-and-drop system design where engineers build systems using pre-validated component libraries and built-in analysis tools
Scientific AI
Physics meets Machine Learning
Scientific Machine Learning (SciML) combines first-principles physics with data-driven AI to create models that are both accurate and adaptive, learning from real-world data to improve predictions
Scientific AI
Physics meets Machine Learning
Scientific Machine Learning (SciML) combines first-principles physics with data-driven AI to create models that are both accurate and adaptive, learning from real-world data to improve predictions
Scientific AI
Physics meets Machine Learning
Scientific Machine Learning (SciML) combines first-principles physics with data-driven AI to create models that are both accurate and adaptive, learning from real-world data to improve predictions
Build Intelligent Models
Create physics-informed neural networks that respect physical laws while learning from data
Build Intelligent Models
Create physics-informed neural networks that respect physical laws while learning from data
Build Intelligent Models
Create physics-informed neural networks that respect physical laws while learning from data
Auto-Calibrate from Data
Automatically tune model parameters using real-world data orders of magnitude faster than traditional methods
Auto-Calibrate from Data
Automatically tune model parameters using real-world data orders of magnitude faster than traditional methods
Auto-Calibrate from Data
Automatically tune model parameters using real-world data orders of magnitude faster than traditional methods
Discover Missing Physics
Identify unknown physical phenomena from data using universal differential equations
Discover Missing Physics
Identify unknown physical phenomena from data using universal differential equations
Discover Missing Physics
Identify unknown physical phenomena from data using universal differential equations
Deploy at Scale
Generate high-performance code that scales from embedded systems to supercomputers
Deploy at Scale
Generate high-performance code that scales from embedded systems to supercomputers
Deploy at Scale
Generate high-performance code that scales from embedded systems to supercomputers
Generative AI
Built for the AI-era of Engineering
Supercharge your productivity with intelligent agentic workflows. Our Dyad MCP server and deep integrations with tools like Claude and Cursor empower AI agents to build and refine models at unprecedented speed.
Generative AI
Built for the AI-era of Engineering
Supercharge your productivity with intelligent agentic workflows. Our Dyad MCP server and deep integrations with tools like Claude and Cursor empower AI agents to build and refine models at unprecedented speed.
Generative AI
Built for the AI-era of Engineering
Supercharge your productivity with intelligent agentic workflows. Our Dyad MCP server and deep integrations with tools like Claude and Cursor empower AI agents to build and refine models at unprecedented speed.
Works with
Text-to-Model Generation
Generate complete physics models using natural language descriptions
Text-to-Model Generation
Generate complete physics models using natural language descriptions
Text-to-Model Generation
Generate complete physics models using natural language descriptions
Modernize Legacy Code
Automatically translate MATLAB, Simulink, and Modelica models to modern Julia & Dyad syntax using LLMs
Modernize Legacy Code
Automatically translate MATLAB, Simulink, and Modelica models to modern Julia & Dyad syntax using LLMs
Modernize Legacy Code
Automatically translate MATLAB, Simulink, and Modelica models to modern Julia & Dyad syntax using LLMs
Scalable Code Generation
Julia JIT structure-preserving compiler generates optimized code from small ODEs to massive PDEs
Scalable Code Generation
Julia JIT structure-preserving compiler generates optimized code from small ODEs to massive PDEs
Scalable Code Generation
Julia JIT structure-preserving compiler generates optimized code from small ODEs to massive PDEs
Automate Compliance
Reduce reporting and documentation effort for regulatory certification
Automate Compliance
Reduce reporting and documentation effort for regulatory certification
Automate Compliance
Reduce reporting and documentation effort for regulatory certification
Get Started
Start Building with Dyad
Getting Started with Dyad Studio
Download and install the IDE to start building hardware like software.
Read the Dyad Documentation
Learn the syntax, read tutorials, and dive into the analysis and component libraries.
Join the Dyad Community
Connect with fellow engineers, ask questions, and share ideas on Slack or Github.
Watch the Dyad Walkthrough Video
See a demo of using the Dyad Studio VSCode extension
Get Started
Start Building with Dyad
Getting Started with Dyad Studio
Download and install the IDE to start building hardware like software.
Read the Dyad Documentation
Learn the syntax, read tutorials, and dive into the analysis and component libraries.
Join the Dyad Community
Connect with fellow engineers, ask questions, and share ideas on Slack or Github.
Watch the Dyad Walkthrough Video
See a demo of using the Dyad Studio VSCode extension
Get Started
Start Building with Dyad
Getting Started with Dyad Studio
Download and install the IDE to start building hardware like software.
Read the Dyad Documentation
Learn the syntax, read tutorials, and dive into the analysis and component libraries.
Join the Dyad Community
Connect with fellow engineers, ask questions, and share ideas on Slack or Github.
Watch the Dyad Walkthrough Video
See a demo of using the Dyad Studio VSCode extension
Features
Enterprise-grade engineering capabilities
From cloud-native deployment to embedded code generation, Dyad provides the complete infrastructure modern engineering teams need to accelerate innovation
Features
Enterprise-grade engineering capabilities
From cloud-native deployment to embedded code generation, Dyad provides the complete infrastructure modern engineering teams need to accelerate innovation
Features
Enterprise-grade engineering capabilities
From cloud-native deployment to embedded code generation, Dyad provides the complete infrastructure modern engineering teams need to accelerate innovation
Cloud-Native Architecture
Engineers can leverage the latest multi-GPU AI training toolchains without complex installations
Generate Embedded Code
Compile models directly to embedded C code with DO-178C and ISO 26262 compliance for safety-critical systems
Git-Based Workflows
Full Git integration with version control, diff visualization and collaborative development workflows for engineering teams
Build Digital Twins
Create digital twins that evolve with real-world data for predictive maintenance and over-the-air updates
Automate CI/CD Pipelines
Modern DevOps with automated testing, deployment, and validation workflows that integrate with your existing software engineering practices
Design Advanced Controls
Built-in control systems tools with PID autotuning, linearization, and deployment to embedded targets
Cloud-Native Architecture
Engineers can leverage the latest multi-GPU AI training toolchains without complex installations
Generate Embedded Code
Compile models directly to embedded C code with DO-178C and ISO 26262 compliance for safety-critical systems
Git-Based Workflows
Full Git integration with version control, diff visualization and collaborative development workflows for engineering teams
Build Digital Twins
Create digital twins that evolve with real-world data for predictive maintenance and over-the-air updates
Automate CI/CD Pipelines
Modern DevOps with automated testing, deployment, and validation workflows that integrate with your existing software engineering practices
Design Advanced Controls
Built-in control systems tools with PID autotuning, linearization, and deployment to embedded targets
Cloud-Native Architecture
Engineers can leverage the latest multi-GPU AI training toolchains without complex installations
Generate Embedded Code
Compile models directly to embedded C code with DO-178C and ISO 26262 compliance for safety-critical systems
Git-Based Workflows
Full Git integration with version control, diff visualization and collaborative development workflows for engineering teams
Build Digital Twins
Create digital twins that evolve with real-world data for predictive maintenance and over-the-air updates
Automate CI/CD Pipelines
Modern DevOps with automated testing, deployment, and validation workflows that integrate with your existing software engineering practices
Design Advanced Controls
Built-in control systems tools with PID autotuning, linearization, and deployment to embedded targets
Dyad Transforms Workflows for Engineers
Systems Engineers
Multi-domain system integration specialists
Simulation Engineers
Advanced physics modeling experts
Control Engineers
Embedded software and controls design
Design Engineers
Simulation-driven product development
CAE Analysts
FEA, CFD, and multiphysics specialists
R&D Engineers
Research and innovation development
Validation Engineers
Testing and verification specialists
Software Engineers
Code generation and deployment
Academic Researchers
University education and research
Engineering Managers
Technical leadership and strategy
Product Managers
Development planning and decisions
Systems Engineers
Multi-domain system integration specialists
Simulation Engineers
Advanced physics modeling experts
Control Engineers
Embedded software and controls design
Design Engineers
Simulation-driven product development
CAE Analysts
FEA, CFD, and multiphysics specialists
R&D Engineers
Research and innovation development
Validation Engineers
Testing and verification specialists
Software Engineers
Code generation and deployment
Academic Researchers
University education and research
Engineering Managers
Technical leadership and strategy
Product Managers
Development planning and decisions
Systems Engineers
Multi-domain system integration specialists
Simulation Engineers
Advanced physics modeling experts
Control Engineers
Embedded software and controls design
Design Engineers
Simulation-driven product development
CAE Analysts
FEA, CFD, and multiphysics specialists
R&D Engineers
Research and innovation development
Validation Engineers
Testing and verification specialists
Software Engineers
Code generation and deployment
Academic Researchers
University education and research
Engineering Managers
Technical leadership and strategy
Product Managers
Development planning and decisions
Case Studies
See how top companies are solving complex engineering challenges
Discover how engineering teams at aerospace, automotive, and industrial companies accelerate innovation and reduce time-to-market
Case Studies
See how top companies are solving complex engineering challenges
Discover how engineering teams at aerospace, automotive, and industrial companies accelerate innovation and reduce time-to-market
Case Studies
See how top companies are solving complex engineering challenges
Discover how engineering teams at aerospace, automotive, and industrial companies accelerate innovation and reduce time-to-market
Blog
The latest content on Dyad
Technical insights, customer stories, and industry developments that matter to engineering teams
Blog
The latest content on Dyad
Technical insights, customer stories, and industry developments that matter to engineering teams
Blog
The latest content on Dyad
Technical insights, customer stories, and industry developments that matter to engineering teams
Contact Sales
Learn about our products, pricing, implementation, and how JuliaHub can help your business
We’ll use your information to respond to your inquiry and, if applicable, classify your interest for relevant follow-up regarding our products. If you'd like to receive our newsletter and product updates, please check the box above. You can unsubscribe at any time. Learn more in our Privacy Policy.
Get a Demo
Discover how Dyad, JuliaHub, and Pumas can improve your modeling and simulation workflows.
Enterprise Support
Leverage our developers, engineers and data scientists to help you build new solutions.
Custom Solutions
Have a complex setup that needs a custom solution? We are here to help.
Contact Sales
Learn about our products, pricing, implementation, and how JuliaHub can help your business
We’ll use your information to respond to your inquiry and, if applicable, classify your interest for relevant follow-up regarding our products. If you'd like to receive our newsletter and product updates, please check the box above. You can unsubscribe at any time. Learn more in our Privacy Policy.
Get a Demo
Discover how Dyad, JuliaHub, and Pumas can improve your modeling and simulation workflows.
Enterprise Support
Leverage our developers, engineers and data scientists to help you build new solutions.
Custom Solutions
Have a complex setup that needs a custom solution? We are here to help.
Contact Sales
Learn about our products, pricing, implementation, and how JuliaHub can help your business
We’ll use your information to respond to your inquiry and, if applicable, classify your interest for relevant follow-up regarding our products. If you'd like to receive our newsletter and product updates, please check the box above. You can unsubscribe at any time. Learn more in our Privacy Policy.