Inquiry details
We collect the details you submit through our contact forms, including name, business email, company, service focus, and message.
This policy explains how SkyCadEda PVT LTD collects, uses, and protects information when you visit skycadeda.com, submit an inquiry, or communicate with us through our public website.
Last updated April 14, 2026
We collect the details you submit through our contact forms, including name, business email, company, service focus, and message.
Our site is hosted and delivered through cloud infrastructure providers that may process standard request and security logs.
We use inquiry, analytics, and advertising-measurement data to respond, improve site performance, protect the service, and manage prospective engagements.
We do not sell personal information submitted through this website.
Our public website is suitable for first-contact conversations, not for sensitive project artifacts. Please avoid sending proprietary layout data, foundry material, credentials, or customer-confidential design information through the website form. If there is a fit, we will move to secure channels and project-specific confidentiality terms.
Section 1
We collect information you choose to provide and limited technical data generated when you use the site.
Section 2
We use information to run the website responsibly and respond to legitimate business inquiries.
Section 3
We rely on service providers to host the website, process form submissions, and support communications.
Section 4
We take reasonable steps to protect website data, but a public inquiry form is not the right place for confidential engineering assets.
Section 5
We keep information for only as long as it is reasonably needed for business, operational, security, or legal purposes.
Section 6
This website is intended for business audiences in the semiconductor and EDA ecosystem.
Questions about privacy?
Email us at sales@skycadeda.com or use the contact page. We can explain how we handle early-stage inquiries and move qualified discussions into more controlled channels.