IEEE P1735/D2, May 2023

IEEE P1735/D2, May 2023 is a draft recommended practice for the encryption and management of electronic design intellectual property (IP) in computing and processing workflows. It focuses on how design assets can be protected and handled during development, exchange, and integration, helping organizations manage confidentiality and controlled access. For teams that rely on third-party or reusable IP blocks, this standard can support more consistent treatment of sensitive design information.

IEEE P1735/D2, May 2023 overview

IEEE P1735/D2, May 2023 addresses the technical practices used to encrypt and manage electronic design IP across engineering environments. In the context of computing and processing, this matters because design files often move between internal teams, partners, and tooling chains. The document is relevant to workflows where protection of proprietary logic, module definitions, or related design content is important. As a draft recommended practice, it is useful for understanding the intended direction of IP handling requirements and integration expectations.

Typical use cases

This standard is commonly relevant where electronic design IP must be shared with limited disclosure, such as when integrating licensed components into processor, controller, or platform designs. It may be used in design environments that handle encrypted source files, verification flows, or tool-based IP delivery between organizations. IEEE P1735/D2, May 2023 is also pertinent when teams need repeatable handling of protected assets across CAD, simulation, and implementation workflows while preserving access control and design intent.

Why this standard matters

Using a clear practice for IP encryption and management helps reduce the risk of unauthorized access, inconsistent handling, and integration errors. IEEE P1735/D2, May 2023 supports more predictable exchange of sensitive design material, which can be important for procurement, contractual compliance, and engineering coordination. It may also help organizations align internal controls with external partner expectations, especially when design reuse and controlled disclosure are part of the development process. That consistency can improve trust and reduce rework.

• Draft recommended practice for protected design IP
• Encryption and controlled access handling
• Relevant to computing and processing design workflows
• Useful for IP exchange, verification, and integration
• Supports consistent treatment of proprietary design assets