5Gnet

5Gnet is a proposed framework for interoperable 5G network infrastructure intended to unify how operators, vendors, and developers build, deploy, and manage services across diverse networks. It is not a single product, but a set of open interfaces, reference architectures, and governance practices designed to enable seamless roaming, service orchestration, and edge computing.

At its core, 5Gnet relies on disaggregation of network functions and a service-based architecture similar to the 5G core. It specifies standardized northbound APIs and a unified management and orchestration plane, plus interoperable verticals for automation. The framework supports network slicing, multi-access edge computing, and programmable networks to deliver low latency and high bandwidth for applications such as augmented reality, autonomous systems, and critical communications.

Standards and governance: There is no single governing body for 5Gnet. It is discussed in industry forums, drawing input from 3GPP, ETSI groups, and other standards developers. The goal is to harmonize existing specifications and open interfaces—such as RESTful APIs, YANG models, NETCONF/RESTCONF, and message buses—to enable cross-vendor interoperability.

Applications and use cases: 5Gnet aims to support cross-operator service orchestration, enterprise private networks, and large-scale IoT deployments by providing standardized identity, authentication, policy controls, and data exposure across networks.

Status and outlook: As a concept, 5Gnet has not been formalized as a standard. It appears in industry discussions and pilots in research settings and early trials. Real-world adoption will depend on contributions from operators, vendors, and standards organizations. Related topics include 5G, network slicing, MEC, NFV, and SDN.