Stream processing is defining a new world for organizations that want to be able to use and make sense of data in the moment it is created. Unfortunately, this leading-edge technology is not easily and broadly understood, and even less easily wrangled into a cohesive, performant data pipeline.
In the Gartner market survey, “Adopt Stream Data Integration to Meet Your Real-Time Data Integration and Analytics Requirements,” the research company found that “In our annual survey for the data integration tools market, 47% of organizations reported that they need streaming data to build a digital business platform, yet only 12% of those organizations reported that they currently integrate streaming data for their data and analytics requirements.”
That means that just 5.6% of companies are actually harnessing the power of streaming data to generate immediate insights, power ML capabilities or feed fresh data back into their products. Looking at this on the adoption curve, this represents just the beginning: the so-called “innovators.”
The next chunk of companies to use stream processing — the 41.4% of companies who would fit either into an “early adopters” or “early majority” category — are aware they want and need to be able to use this technology, but can’t easily do so.
It’s tricky. Combining Kafka, Kubernetes, and many other newer technologies is not for the faint of heart (or light of wallet). Large-scale companies that have already deeply invested in developer resources here such as John Deere, Booking.com and Alibaba are leading the charge, but where does that leave midmarket and digital-first companies with fewer resources?
This month, we’re connecting with organizations of all sizes and industries by hosting community meetups in London, Berlin, Munich and Austin, speaking at events like Big Data London, and joining the Kafka user community at Current in Austin in early October. Our goal is to bring the power of stream processing to everyone by building shared knowledge, understanding and great tools to democratize data stream processing. Join us.
Streaming-first infrastructure for real-time machine learning
A streaming infrastructure can improve ML prediction latency and continual learning. Chip Huyen and Anthony Alford explain why an event-driven microservices architecture is a better choice for using continual learning than a REST-based architecture.
Explore four popular open-source stream processing technologies
Gary Stafford offers a technical two-part post comparing these stream processing projects: Apache Spark Structured Streaming, Apache Kafka Streams, Apache Flink, and Apache Pinot.
Understanding the Data Mesh with Zhamak Dehghani
Dig into one of the most talked about trends in data, the Data Mesh. Dehghani offers “atomic steps to rewire the sociotechnical backbone of your organization,” and how to apply it to get value from data rapidly, sustainably and at scale.
Destination: Austin, Texas for Current
It’s not just the smell of brisket in the air — it’s the Kafka user community coming together at Current, the conference for data professionals to learn about data streaming, Oct. 4-5.
- According to Memgraph, the most common use case for stream processing is monitoring sensor or device data.
- In the latest Redpanda University course, you’ll learn about stateless and stateful stream processing and work through an advanced end-to-end tutorial. Enroll for free.
- Ververica offers a new video on streaming concepts for Flink: “Exactly Once Fault Tolerance Guarantees.” Watch on YouTube.
- What’s next for streaming analytics on Spark and Flink? Mike Ridley discusses complex event processing with Macrometa on YouTube.
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Mike Rosam is Co-Founder and CEO at Quix, where he works at the intersection of business and technology to pioneer the world's first streaming data development platform. He was previously Head of Innovation at McLaren Applied, where he led the data analytics product line. Mike has a degree in Mechanical Engineering and an MBA from Imperial College London.