Industry 4.0 will interconnect and digitalizetraditional industries to enable smart and adaptable factoriesthat efficiently utilize resources and integrate systems. A keyenabler of this paradigm is the communications infrastructurethat will support the ubiquitous connectivity of Cyber-PhysicalProduction Systems. The integration of wireless networks willfacilitate the dynamic reconfiguration of the factories of thefuture, and the collection and management of large amounts ofdata. This vision requires reliable and low latency wireless linkswith the necessary bandwidth to support data intensiveapplications and spatio-temporal variations of data resultingfrom the reconfiguration of Industrial IoT (Internet of Things)systems. To this aim, this paper proposes a load balancingscheme that dynamically manages the wireless links based ontheir quality and the amount of data to be transmitted by eachnode. The proposed scheme avoids the saturation of channels,and significantly augments the reliability of industrial wirelessnetworks in comparison with existing solutions.
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