The Next Evolution in Engineering Simulation

SolidNetics is a meshless, AI-powered platform for simulating solid mechanics and thermal problems directly from CAD — faster, more flexible, and built for the cloud.

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Online Structural Analysis

SolidNetics uses PINNs to solve engineering problems without the overhead of mesh generation.

100% Online

Access from any device in any location.
A standard web browser and an internet connection are all you need!
No software installation, no hardware infrastructure.

Flexible Collaboration

Share your analysis with others.
Work together with your teammates and partners.
Set access permission level.

Stay Updated

All software updates are automated.
Use the latest version always.
Choose your plan based on your requirements.

How it works

Run simulations directly from CAD models — all in your browser.

1. Upload CAD model and set boundaries

2. Generate interior and boundary points

3. Run and visualize online

Physics

One simulation platform for broad range of physics

Ready & Implemented

Stress Analysis

Linear elastic analysis under mechanical loads using PINNs, providing accurate stress and displacement fields.

In Testing Phase

Thermal Analysis

Simulation of steady-state and transient heat conduction in complex geometries using physics-informed neural networks.

In Testing Phase

Topology Optimization

Shape and material distribution optimization driven by mechanical performance criteria, integrated with PINN-based solvers.

Under Development

Nonlinear Material Models

Extension of the solver to handle elastic-plastic, hyperelastic, and rate-dependent behaviors for realistic material response.

Under Development

Composite Materials

Simulation framework for heterogeneous, anisotropic materials, accounting for microstructure and directional properties.

Under Development

Fracture Analysis

PINN-based modeling of crack initiation and propagation using energy-based failure criteria and discontinuity handling.

Why SolidNetics?

AI-Powered Physics Modeling

SolidNetics leverages Physics-Informed Neural Networks (PINNs) to solve complex solid mechanics problems by embedding physical laws into deep learning models.

Beyond FEA

Unlike traditional Finite Element Analysis (FEA), SolidNetics does not require meshing, making it highly efficient for problems with complex geometries, moving boundaries, and evolving domains.

Unified Framework for Multiple Physics

SolidNetics supports a unified neural framework to solve elasticity, plasticity, topology optimization, and heat transfer problems—all without switching solvers.

CAD-to-Cloud Workflow

Users can import common CAD formats (STL, STEP, IGES, OBJ), define boundary conditions visually, and perform simulations entirely in the cloud—no local installation required.

General Boundary Condition Handling

Boundary conditions such as traction, pressure, displacement (fixed/free), and mixed-type constraints are seamlessly integrated using surface-based selection and automatic normal estimation.

Scalable Cloud Computing

SolidNetics is built for scalability—simulations are run on powerful cloud GPUs, making it suitable for both academic research and industrial-scale problems.

No Crack Tracking Required

In future releases, SolidNetics will extend PINN models to fracture mechanics, enabling crack detection and propagation modeling without tracking crack tips or re-meshing.

Try the New Standard in Simulation

Don't let meshing and pre-processing slow you down. Switch to a smarter, cloud-based simulation tool — powered by AI and designed for modern engineering.

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