Source

Integrate OPC UA Listener with Quix

Process OPC UA Listener data with Quix

Quix allows you to consume and process data from OPC UA Listener via the Quix Telegraf plugin, enabling anyone to build, deploy and scale advanced data processing systems with minimal low level knowledge

100% Python

No JVM, wrappers, DSL, or cross-language debugging. Quix provides a Python Streaming DataFrame API that treats data streams as continuously updating tables.

Rich stream processing features

Quix supports stateless and stateful operations, aggregations over hopping and tumbling windows, custom data processing functions, and exactly-once semantics.

Dependable at scale

Quix is scalable, highly available, and fault tolerant. It's optimized to process high-volume, high-velocity data streams with consistently low latencies.

How to consume OPC UA Listener data with Quix

The OPC UA Listener Telegraf plugin listens for OPC UA protocol data, accepting metrics and events from industrial automation systems, PLCs, and SCADA devices that support the OPC Unified Architecture standard

Quix is the Python stream processor, and it serves the following purposes:

Ingest messages from OPC UA Listener
Process received messages
Send transformed data to destination systems (via Quix integrations) so it can be operationalized
Use data received from OPC UA Listener to power real-time capabilities

Integration with OPC UA Listener is achieved via Telegraf using the Quix Telegraf output plugin. This plugin allows Telegraf to collect data from OPC UA Listener and forward it to Quix for real-time processing, analysis, and integration with downstream systems.

At InfluxData, we prioritize ‘time to awesome’ when developing InfluxDB, aiming to empower developers to quickly transition from beginners to experts and create impactful solutions. Quix perfectly aligns with this core value, offering an exceptional user experience and a seamlessly scalable platform right from the start.
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One of the features I appreciate the most is the built-in pandas DataFrame support. This functionality is invaluable for efficiently handling bulk transformations and enrichments of time series data within a multistage data pipeline, providing both power and simplicity.
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For those venturing into the realm of event streaming applications, or for anyone looking to construct a scalable task engine armed with Python’s power and flexibility for manipulating time series data, I wholeheartedly recommend Quix to the community.

Jay Clifford

Developer Advocate at InfluxData

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