MQTT Storage: Persistent Access to Event-Driven Data

OPC Router 5.5 introduces MQTT Storage, ensuring that critical data isn’t lost when messages are published without active subscribers. By caching the latest payloads for each topic, it provides AI models and applications with reliable, always-accessible data. This persistent access enables smarter insights, accurate machine learning, and seamless cross-topic analysis, making AI-driven decision-making more precise and effective.

OPC Router 5.5 adds MQTT Storage 

MQTT has become a cornerstone protocol for modern production environments, known for its lightweight and efficient data exchange. However, its event-driven nature poses a familiar challenge: if a message is published when no subscriber is listening, that data disappears. The new MQTT Storage function in OPC Router 5.5 addresses this issue by intelligently storing and managing message payloads to ensure no critical information is lost.

Always-On Data for Smarter AI 

With MQTT Storage, OPC Router maintains an internal cache of the latest payload for each subscribed topic. This means applications can query and combine data even if it wasn’t published at that exact moment. Leveraging the MCP capabilities, AI models can access consistent MQTT data, without waiting for the next data change event.

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Smarter Insights with Reliable Data  

By making MQTT data persistently accessible, OPC Router opens new possibilities for time-controlled evaluations and cross-topic data aggregation. Combined with the new AI features in version 5.5, this ensures machine learning models can access consistent, up-to-date data for more accurate analysis and decision-making.

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The demo is the full product. When you put an OPC Router project into runtime, it will stop operating after 2 hours and have to be restarted. Purchase of a license will remove the restriction.

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