IEEE 1930.1-2022

1930.1-2022 defines a technical framework for defined networking (SDN) based middleware used to control and manage wireless networks. It is relevant to communication, networking, and broadcast technologies as well as computing and processing applications where centralized coordination of wireless resources matters. This standard helps align middleware functions with network control needs, supporting more consistent design, integration, and management across wireless systems that rely on software-driven control.

About 1930.1-2022

The 1930.1-2022 standard focuses on middleware that sits between wireless network infrastructure and higher-level control logic in an SDN-based environment. Its purpose is to help structure how control and management functions are handled, which can improve interoperability and operational consistency. In practical terms, this technical document is useful where wireless network behavior must be coordinated through software-defined methods rather than isolated device settings. The standard may support clearer implementation expectations for network control platforms and related components.

Where is 1930.1-2022 used?

This standard is most relevant in wireless networking environments that use SDN principles for centralized control, orchestration, or monitoring. It may be used in system design for managed access points, wireless controllers, network management platforms, and middleware layers that translate control commands into network actions. Applications can include enterprise wireless deployments, campus networks, and other communication systems where reliable configuration and coordinated management are important. 1930.1-2022 is especially relevant when software-defined control must interact consistently with wireless equipment.

Importance in practice

In practice, 1930.1-2022 helps reduce ambiguity in how SDN-based middleware for wireless networks should be structured and managed. That can support more predictable integration, easier procurement decisions, and better alignment between design requirements and operational behavior. For organizations building or evaluating wireless control platforms, the standard may also aid testing and compliance workflows by providing a clearer technical reference. This is valuable when consistency, maintainability, and controlled network performance are important across connected systems.

• SDN-based wireless middleware
• Control and management functions
• Wireless network integration
• Communication and computing systems