IEEE P1935/D1, May 2022
IEEE Approved Draft Standard for Edge/Fog Manageability and Orchestration
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About This Item
IEEE P1935/D1, May 2022 is an IEEE approved draft standard focused on edge/fog manageability and orchestration in computing and processing environments. It addresses how distributed resources can be coordinated, monitored, and controlled across edge and fog layers, where latency, locality, and operational consistency matter. By defining a shared technical basis, IEEE P1935/D1, May 2022 helps organizations evaluate interoperability and manage systems that depend on coordinated edge deployments.
About IEEE P1935/D1, May 2022
This draft standard is concerned with the management and orchestration functions needed to operate edge and fog computing infrastructure in a structured way. IEEE P1935/D1, May 2022 provides technical direction for handling distributed resources, service placement, and operational coordination across systems that are often deployed outside centralized data centers. As a draft standard, it is especially relevant for teams reviewing requirements, architecture, and conformance expectations for edge-enabled computing platforms.
Where is IEEE P1935/D1, May 2022 used?
IEEE P1935/D1, May 2022 is most applicable in computing and processing systems that rely on edge or fog resources to support local decision-making, data handling, or service delivery. It may be used in managed infrastructure, industrial control environments, connected devices, and other distributed platforms where orchestration across multiple nodes is important. The standard is useful wherever operators need consistent approaches to provisioning, monitoring, and coordinating services close to the source of data.
Importance in practice
In practice, IEEE P1935/D1, May 2022 matters because distributed edge environments can become difficult to manage without common orchestration and control expectations. A standard like this can support clearer procurement requirements, more repeatable system design, and better testing of operational behavior. It may also help reduce integration risk by giving stakeholders a shared framework for managing resources, improving consistency across deployments, and supporting dependable performance in time-sensitive computing applications.
- Edge and fog manageability
- Orchestration of distributed resources
- Operational coordination across nodes
- Requirements for computing and processing systems
- Draft-level technical reference for evaluation
- Publication Date: 2023
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Computing and Processing
- Official IEEE: Doi link
- This Version: P1935 (2023)
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