IEEE 1735-2023

IEEE 1735-2023 is a redline standard for encryption and management of electronic design intellectual property (IP), giving engineers a clear reference for protecting design data in computing and processing workflows. It is relevant where confidential hardware design assets must be exchanged, stored, or integrated while preserving intended access controls. By outlining a structured approach to IP protection, the standard can help support consistency, reduce handling risk, and improve confidence in engineering collaboration.

Overview of IEEE 1735-2023

This document focuses on the technical handling of encrypted electronic design IP, with particular attention to how protected design content is managed across engineering tools and workflows. As a redline edition, IEEE 1735-2023 is especially useful when comparing revisions and understanding changes to the recommended practice. Its scope sits at the intersection of computing, processing, and general engineering practice, where controlled access to proprietary design material is often essential.

Typical use cases

IEEE 1735-2023 is commonly used in workflows that involve sharing protected IP blocks, design models, or implementation artifacts between design teams and tool environments. It is relevant for semiconductor and electronic design environments where encryption, access management, and controlled reuse of IP are important. The standard may also support organizations that need to review compatibility, manage confidential deliverables, or align internal procedures for handling sensitive engineering content in a repeatable way.

Why it matters

Clear practices for encrypted IP management can reduce the risk of unauthorized access, misuse, or accidental exposure during design exchange. IEEE 1735-2023 helps provide a common technical reference for compliance reviews, procurement checks, and internal design control processes. For teams working with proprietary electronic design material, that consistency can improve coordination between suppliers and users, support more reliable testing and validation workflows, and make document-controlled engineering practices easier to maintain.

• Redline edition for change review
• Encrypted electronic design IP
• Access control and reuse management
• Engineering workflow compatibility
• Confidential design handling