Apache Kafka product ecosystem
Welcome to the Apache Kafka ecosystem.
Welcome to the Apache Kafka ecosystem.
Real-time applications and modern implementations for data streaming and processing require more than a Kafka broker. Discover an ecosystem of solutions that simplify connectivity to and from data sources and ensure governance and discoverability.
Learn more about Red Hat OpenShift Connectors and start building integrations today.
Your Red Hat account provides you with access to try, use, and provision managed cloud services, review documentation, and more. Red Hat OpenShift Connectors are in Service Preview, which means you can start building connections to Kafka at no cost to you or your organization.
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Learn more about Red Hat OpenShift Service Registry and start creating service contracts.
Your Red Hat account provides you with access to try, use, and provision managed cloud services, review documentation, and more.
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Learn how to create and view an OpenShift Service Registry instance, create a schema in the instance, and create a service account to connect an application or service to the instance.
Learn how to create a source connector and sink connector, and send data to and from OpenShift Streams for Apache Kafka.
Learn how to create and inspect a Kafka instance, create a service account to connect an application or service to the instance, and create a topic in the instance.
Learn about the fundamentals of Red Hat OpenShift Streams for Apache Kafka, Red Hat OpenShift Service Registry, and Red Hat OpenSHift Connectors following step-by-step instructions and using the no-cost trials.
Click here to find the different learning resources available for you today.
Discover the different types of Kafka distribution, from self-managed Kafka to Kafka as a service and "serverless-like" Kafka.
Continue learning about the different types of Kafka distribution types with this deep dive into Kafka as a service and "serverless-like" Kafka.
This article introduces a way of thinking about application performance trade-offs and how to design your message flows with the Kafka optimization theorem model.