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The first Factor Platform release candidate is here, a major milestone toward a unified control plane for real-time data streaming technologies. This release also introduces Ververica Platform integration in Flex, plus support for Kafka Clients 4.1 / Confluent 8.0.0 and new kJQ operators for richer stream inspection.

Streamline your Kpow deployment on Amazon EKS with our guide, fully integrated with the AWS Marketplace. We use eksctl to automate IAM Roles for Service Accounts (IRSA), providing a secure integration for Kpow's licensing and metering. This allows your instance to handle license validation via AWS License Manager and report usage for hourly subscriptions, enabling a production-ready deployment with minimal configuration.

This post explains an update in the version of protobuf libraries used by Kpow, and a possible compatibility impact this update may cause to user defined Custom Serdes.

This guide demonstrates how to set up Kpow with Instaclustr using a practical example. We deploy a Kafka cluster with the Karapace Schema Registry add-on and a Kafka Connect cluster, then use Kpow to deploy custom connectors and manage an end-to-end data pipeline.

This release introduces a new unified documentation hub - Factor House Docs. It also introduces major data inspection enhancements, including comma-separated kJQ Projection expressions, in-browser search, and over 15 new kJQ transforms and functions. Further improvements include more reliable cluster monitoring with improved Under-Replicated Partition (URP) detection, support for KRaft improvements, the flexibility to configure custom serializers per-cluster, and a resolution for a key consumer group offset reset issue.

Kpow 94.5 enhances data inspection with comma-separated kJQ Projection expressions, in-browser search, and flexible deserialization options. This release also adds high-performance streaming for large datasets and expands kJQ with new transforms and functions—testable on our new interactive examples page. These updates provide deeper insights and more granular control over your Kafka data streams.

Kpow now offers enhanced under-replicated partition (URP) detection for more accurate Kafka health monitoring. Our improved calculation correctly identifies URPs even when brokers are offline, providing a true, real-time view of your cluster's fault tolerance. This helps you proactively mitigate risks and ensure data durability.

We're excited to launch the new Factor House Docs, a unified hub for all our product documentation. Discover key improvements like a completely new task-based structure, interactive kJQ examples, and powerful search, all designed to help you find the information you need, faster than ever. Explore the new home for all things Kpow, Flex, Factor Platform and more.

This guide demonstrates how to enhance Kafka monitoring and data governance by integrating Kpow's audit logs with external systems. We provide a step-by-step walkthrough for configuring webhooks to send real-time user activity alerts from your Kafka environment directly into collaboration platforms like Slack and Microsoft Teams, streamlining your operational awareness and response.

This project transforms the static "theLook" eCommerce dataset into a live data stream. It uses a Python generator to simulate user activity in PostgreSQL, while Debezium captures every database change and streams it to Kafka. This creates a hands-on environment for building and testing real-time CDC pipelines.