multi-domain.multi-CAD.infrastructure-compatible.
Turnyourdesignintentintoscalableworkflows.AllyourEDA,ECAD,MCAD,andPLMtoolsandsystemsinonenode-basedplatform.
design intent → parametric models
simulation → manufacturable products
electronic design automation and solid modeling systems working together
All your EDA, ECAD, MCAD, and PLM tools and systems in one node-based platform. Turn your design intent into scalable workflows without compromising quality.
Our AI | ML | RL agents materialize intent using the tools you already own. Give Neurocad a data sheet, get a complete parametric data source: geometry, simulation models, properties, more. View, edit, modify and open the result natively in the CAD software you're proficient in.
- Altium
- Cadence
- Siemens
- Solidworks
- Fusion
- CATIA
- Inventor
- OnShape
capture intent
Extract design intent from datasheets, PDFs, drawings, and CAD outputs. Transform dimensional information from structured and unstructured sources into a unified model.
parametric modeling kernel
Deterministic geometry generation that converts structured intent into manufacturable assets, symbols, footprints, and 3D models, preserving parameters, constraints, and relationships.
ratiometric inference
Resolve ambiguous or incomplete dimensions from engineering documentation using proportional reasoning and manufacturing tolerances before generating geometry.
intent preservation
Inspect and refine how the system understood the source before generation. Keep design intent reusable across the workflow as a foundation for downstream tools and teams.
infrastructure compatibility
Generate native outputs for Altium, SolidWorks, and other ECAD and MCAD tools. Assets integrate directly into existing design environments without conversion.
workflow orchestration
Automate component generation pipelines with git-triggered workflows. Scale from single-part validation to full library generation across teams and repositories.
scattered artifacts
to design assets.
workflow
assemble. simulate. validate.
Run circuit simulation. Validate signal integrity. Iterate under constraint. All in one seamless workflow.
- Standards-aware metadata, IPC, JEDEC, and manufacturer specifications embedded from the start
- Design-ready artifacts that participate in validation, layout, and manufacturing context
- Structured component models verified against real-world manufacturing tolerances before downstream use
2D to parametric 3D in seconds.
Generate parametric CAD geometry from drawings, images, and specifications.
- Transform datasheets, package drawings, and dimensional tables into symbols, footprints, and 3D models
- Maintain tolerance-aware geometry across ECAD and MCAD with deterministic, constraint-driven generation
- Ratiometric inference resolves ambiguous or incomplete dimensions before geometry is created
infrastructure compatibility without migration.
Integrates with existing engineering workflows and model-based engineering environments.
- Native output for Altium, SolidWorks, and other ECAD and MCAD tools, no conversion layer, no format loss
- Git-triggered automation pipelines scale from single-part validation to full library generation
- Design intent stays reusable across teams, repositories, and downstream workflows