Securing the Hyper-Connected Smart Factory Campus
Private 6G networks deployed in industrial manufacturing environments connect millions of sensors, autonomous mobile robots (AMRs), supervisory control systems, and human operator wearables. Establishing strict identity governance ensures that every physical device and software worker operates strictly within authorized operational boundaries.
Attribute-Based Access Control (ABAC) in Industrial Networks
Static Role-Based Access Control (RBAC) cannot accommodate the dynamic operational conditions of a smart factory. 6G industrial identity architectures implement Attribute-Based Access Control (ABAC), evaluating real-time contextual variables—such as device operational state, physical location, shift time, and network slice health—before granting machinery access to control buses.
Zero-Touch Industrial Device Provisioning and Lifecycle Management
Adding thousands of new IoT sensors to a private 6G campus manually is inefficient and error-prone. Zero-touch provisioning protocols leverage FIDO Device Onboard (FDO) standards, allowing new industrial hardware to authenticate automatically with local PKI servers, fetch operational credentials, and configure network slices out of the box.
Air-Gapped Private PKI and Local Identity Sovereignty
To maintain operational continuity during public telecommunication network outages, private 6G smart factories deploy localized, air-gapped PKI clusters. Industrial identities are anchored and verified locally, ensuring factory operations run continuously without external cloud dependencies.



