IEEE 2866.1-2023
IEEE Standard for Device Trusted Extension: Software Architecture
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- Language: English
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About This Item
IEEE 2866.1-2023 is a computing and processing standard focused on device trusted extension software architecture. It provides a technical framework for structuring trust-related software functions in a device environment, helping designers align implementation choices with a defined architectural approach. For organizations working with trusted device extensions, IEEE 2866.1-2023 can support clearer engineering decisions, more consistent integration, and better control over how software components interact within a trusted execution model.
IEEE 2866.1-2023 overview
This standard addresses the software architecture behind device trusted extension capabilities, with attention to how trust-related functions are organized and managed. In the context of computing and processing, it is relevant to system architects, developers, and product teams that need a defined structure for trusted device behavior. IEEE 2866.1-2023 helps establish a common basis for design and evaluation, making it easier to compare implementations and support consistent development practices across platforms or product lines.
Typical use cases
IEEE 2866.1-2023 is typically useful when designing or reviewing devices that rely on trusted extensions for secure software behavior, controlled component interaction, or protected processing flows. It may apply to embedded devices, specialized computing platforms, or systems that need a disciplined software architecture for trust-sensitive functions. The standard can also support teams preparing technical documentation, internal design reviews, or procurement requirements for products where architecture and trust boundaries matter.
Why this standard matters
In practice, IEEE 2866.1-2023 matters because a clear software architecture can reduce integration risk, improve consistency, and make compliance and testing more manageable. When trusted extension features are involved, ambiguity in design can lead to implementation differences and harder validation. Using a defined standard helps teams align requirements, compare solutions more effectively, and support more reliable engineering decisions throughout development, verification, and product selection.
- Device trusted extension software architecture
- Computing and processing systems
- Design and integration guidance
- Compliance and verification support
- Trust-sensitive implementation planning
- Publication Date: 2023
- Standard Status: Active
- Publisher: IEEE
- Subject: Computing and Processing
- Official IEEE: Doi link
- This Version: 2866.1 (2023)
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