AI-native EDA for custom semiconductor design
Bring schematic, simulation, layout and physical verification into one workspace. NETI AI helps investigate findings, while your team reviews the design and its results in context.
Explain this width violation and what to inspect in Prism.
The measured width is 0.01 µm. The rule requires at least 0.26 µm.
In Prism, inspect the M1 segment at the highlighted marker. Check its width in the Y direction.
Wafercad Custom Suite
Capture a circuit, inspect its behaviour, refine the layout and investigate DRC/LVS findings. WCS connects these tasks so the next step starts with the work already done.
Start in the browser without local EDA installation. Add capabilities as your needs grow, from circuit fundamentals to the custom blocks behind modern AI hardware.
A silent product demonstration. Use the nearby control to pause or play it.
Layout authoring
Navigate layout hierarchy, inspect layers and move from DRC markers to the affected geometry in Prism.
PDK-aware engineering
Bring layer maps, device models, rules and documentation into supported WCS workflows. Technology suitability is reviewed for your intended tasks, under agreed confidentiality and licensing terms.
Meet NETI AI
Native Engineering & Technology Intelligence (NETI) helps you investigate the finding in front of you. Understand the measurement, inspect its rule source and decide what to check next.
Explore NETI AIRun DRC in Parity and cross-probe a selected violation in Prism.
Ask NETI AI to explain the measurement and inspect the cited design-rule source.
Make the layout correction, save the revision and submit a new DRC run.
Compare the runs to see which findings remain and whether new ones appeared.
A silent demonstration showing a selected DRC finding, authorized context retrieval, an explanation with source links, and the exact design-rule source.
Changes stay under your control. Supported Parametric proposals require validation and approval before application.
Fits alongside your existing flow. Foundry-qualified pre-signoff and final signoff remain in your existing qualified toolchain.
Collaborative intelligence
Share designs and results, anchor comments and bugs to canvas locations, and give reviewers a clear place to investigate. Use NETI AI to help explain supported findings as your team decides the next step.
Project permissions control who can access shared work.
Explore collaborative intelligence
Protecting engineering IP
Discuss managed hosting, private cloud or on-premises deployment around your design IP, access requirements and operating model.
Reference control model: resource authorization, governed AI actions and audit across the workflow. Validate controls for the selected release and environment before deployment.
Explore security & trustIC Design Practitioner
Cloud Campus learning platform
Cloud Campus combines a learning management system (LMS) with WCS design and verification tools. Follow self-paced courses or instructor-led pathways, then put first principles into practice through circuit, simulation and layout projects.
Programs range from Silicon Explorer and Silicon Builder to IC Design Practitioner and advanced IC pathways.
Ways to engage
Start with a technical walkthrough, then explore a guided evaluation, team subscription or learning program.
For design teams validating fit
Agree a representative block and task with Wafercad, then assess the results together.
For startups, SMEs and research teams
For engineers designing, simulating and checking custom IC blocks together.
For governed multi-team environments
For engineering programs that need organization-wide administration and workflow integration.
For institutions and training programs
Cloud Campus, EDA lab access, curriculum pathways and faculty enablement in one program.
We scope pricing, included compute and AI usage, deployment and support with your team.