Redpanda is 10x faster, while reducing costs by 6x. See all the data.

Learn what sets Redpanda apart from Apache Kafka® while offering Kafka-compatibility.

Redpanda is 10x faster than Kafka. Learn how faster data can benefit your business.

Our recommended guidelines for sizing production Redpanda clusters.

Exploring event-driven microservice architectures for payments systems.

See how esports and game development teams can realize real-time patterns with Redpanda.

Analysis of our official Jepsen report, including a look at write-write conflicts in the Apache Kafka® protocol.

Using Kafka optimally requires some expert insights like the kind we share in this guide on Kafka.

See how our Bring Your Own Cloud (BYOC) deployment solves data sovereignty while also providing expert maintenance and support.

Join our Solutions Architects for an in-depth benchmark comparison of throughput, latency and costs.

Hotels Network CTO ​​Jordi Miró Bruix shares how his team built a distributed real-time data platform that processes >10PB per month. 

Kyle Kingsbury has made a career of improving the safety of distributed systems. With his Jepsen test, he explores whether a system lives up to its claims, files new bugs, and makes recommendations for operators.

Roko Kruse steps us through the performance of Graviton-based systems vs x86 hardware for real-time streaming data applications.

Roko Kruze gives an architectural overview of Redpanda and shows how it brings durability and replayability to real-time systems.

James Kinley provides an overview of a Wasm-based data transformation architecture, and shows how it can improve real-time applications and data pipelines.

This session is for those looking for techniques, tips and tricks for best use of Redpanda. We’ll cover configuration, replication, high availability and more.

Join technical experts from Redpanda and Tinybird for this interactive workshop on building a high-performance IoT backend.

In our beginner's guide to Redpanda we covered architecture, show commonalities and differences from Kafka®, and answer live questions throughout.

Watch this interactive session, where we stepped our audience through Remote Read Replicas – including a demo – and answered their questions live. 

See the new features and capabilities in Redpanda 22.2: Continuous Data Balancing, Remote Read Replicas and a demo our Redpanda Console.

Learn about our ground-breaking tiered-storage architecture and how to leverage object stores for limitless ingestion and retention of data.

This blog post covers what's great about Apache Kafka® API and where we found room for improvement.

Comparing Graviton-based systems vs x86 hardware for real-time applications.

See how with Redpanda you don't have to choose between transactionality and performance.

An availability footprint of the Redpanda and Apache Kafka® replication protocols.

Redpanda founder Alex Gallego live-draws the evolution of streaming data and what’s left to do in building real-time data infrastructure.

Redpanda founder Alex Gallego talks and illustrates how we built our Shadow Indexing tiered storage system for limitless ingestion and retention of data.

Redpanda founder and CEO Alex Gallego discusses Redpanda internals, live-drawing about how we optimize the read path for tiered storage.

Redpanda founder Alex Gallego illustrates subsystems, this time focusing on write path optimizations for tiered storage.

Redpanda creator Alex Gallego illustrates the custom RPC library used by Redpanda for blazing-fast, CPU-efficient communication between servers.

Alex Gallego is joined by Kowl co-creator Martin Schneppenheim for an overview of what the Kowl UI brings to the Redpanda product suite.

Watch a migration from Confluent Cloud to Redpanda, and get an overview of Redpanda’s compatibility with Apache Kafka®.

Principal engineer Noah Watkins joins Alex Gallego to discuss (and draw) how Redpanda consumer groups differ from those in Kafka.

We talk to LinkedIn's Apache Kafka® and Samza teams and dive deep into the technical architecture of Redpanda.