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Seeing Unified Namespace in Action and How to Implement UNS

When it comes to industrial automation and data integration, Unified Namespace (UNS) has emerged as a game-changer. It simplifies data flow across multiple systems, making it easier to access and utilize real-time information. In a recent webinar with HighByte, a provider of Industrial DataOps software solutions, we delved into how UNS was leveraged to power NeoMatrix’s Bracketology 4.0, a dynamic system built for tracking the predictions for the NCAA Division I men’s basketball single-elimination tournament of 68 teams using industrial data tools. Read More

MQTT Sparkplug B, or Not to B? Unified Namespace Architecture Considerations

What is Unified Namespace architectureThe Unified Namespace (UNS) has proven to be a popular architecture for folks undergoing a digital transformation initiative.  At the core of the unified namespace architecture is a centralized repository of structured data which any application or device can subscribe or publish data to.  Utilizing a hub and spoke architecture provides the benefit of decoupling your data from the application layer – each node only needs to subscribe and publish to data within the UNS rather than create discrete connections to each device/application in your ecosystem.  Read More

Publish Data to the Unified Namespace from a REST Client Using HighByte Intelligence Hub

Tech Tip Wonderware Historian Unified NamespaceWe are currently working with a greenfield food and beverage startup and are implementing a unified namespace. To put it simply, a unified namespace is a centralized repository of structured data in which any application or device can subscribe and/or publish data to.  In our case this centralized repository is an MQTT broker.

For plant floor device integration, we are using HighByte Intelligence Hub to model information from plant floor devices and ‘flow’ that data to the broker.

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