Systems | Development | Analytics | API | Testing

Unlock the Power of Your Data Warehouse: Introducing the Snowflake Source Connector for Confluent Cloud

Organizations have mastered collecting and storing vast amounts of data in cloud data warehouses like Snowflake. This central repository has become the single source of truth for analytical insights, business intelligence, and reporting. However, the true potential of this data remains trapped if it's confined to the warehouse, creating a disconnect between rich analytical insights and real-time operational systems.

Event-Driven AI Agents: Why Flink Agents Are the Future of Enterprise AI

The evolution of artificial intelligence (AI) in the enterprise has reached an inflection point. While the early days of generative AI focused on chatbots responding to human prompts, today's enterprise AI agents are fundamentally different—they're event-driven, autonomous systems that continuously process streams of business data, make real-time decisions, and take actions at scale.

From Pawns to Pipelines: Stream Processing Fundamentals Through Chess

We understand new concepts by linking them to familiar ones. These analogies aren’t just helpful; they’re how we think. For me, that something familiar is chess, and I’ll use it to explain some of the core ideas behind stream processing—a concept that requires a shift from seeing tables as static snapshots to treating tables as materialized projections of a continuous stream of changes.

Confluent and Amazon EventBridge for Broad Event Distribution

Confluent has established itself as a leader in event streaming, providing not only a robust platform but also a rich portfolio of pre-built connectors. These connectors act as bridges, effortlessly channeling data between a multitude of systems, from databases and applications to cloud services. This extensive portfolio empowers users to weave together their data landscapes with remarkable ease and flexibility.

Developer Experience in the Age of AI: Developing a Copilot Chat Extension for Data Streaming Engineers

Three in 4 programmers have tried artificial intelligence (AI). This factoid comes from a recent Wired survey on the habits of engineers with respect to AI tooling like GitHub Copilot. Though Wired used a pool of only around 700 engineers, Gartner’s prediction from a year ago was that 75% of enterprise software engineers would use AI by 2028. To many of us, it’s starting to feel like that’s already happened.

New With Confluent Platform 8.0: Stream Securely, Monitor Easily, and Scale Endlessly

At Confluent, we’re committed to building the world's leading data streaming platform, which gives you the ability to stream, connect, process, and govern all of your data and make it available wherever it’s needed—however it’s needed—in real time. Today, we're excited to announce the release of Confluent Platform 8.0! This release builds on Apache Kafka 4.0, reinforcing our core capabilities as a data streaming platform.

Moving Up the Curve: 5 Tips For Enabling Enterprise-Wide Data Streaming

Confluent recently released its 2025 Data Streaming Report: Moving the Needle on AI Adoption, Speed to Market, and ROI. The report found that data streaming is delivering business value with 44% of IT leaders, driving up to 5x or more return on their data streaming investments. Explore the 2025 Data Streaming Report That said, as companies continue to expand their data streaming use cases, many struggle with nontechnical hurdles around scaling, setting up operations, and hitting organizational silos.

7 Steps to Build an AI-Powered Personalization Engine With Confluent & Databricks

The advancement and widespread availability of new artificial intelligence (AI) capabilities—through platforms like the Databricks Data Intelligence Platform and Mosaic AI—has completely reset expectations for engineering teams across every industry. Business now moves at a new pace, demanding rapid delivery of intelligent, real-time applications—instead of slowly stitched-together systems solving problems defined and scoped months prior.