
How to optimize real-time data ingestion in Snowflake and Iceberg
Practical strategies to optimize your streaming infrastructure
See how Redpanda is powering the booming gaming industry with real-time data
Gaming has long been a booming industry, but growth skyrocketed after the pandemic as millions turned to gaming as their digital escape. According to the Global Entertainment & Media Outlook report by PwC, the global gaming industry is expected to be worth more than $320 billion by 2026.
To keep up with the ever-increasing demand, today’s game developers are having to rethink the underlying architecture of their gaming platforms. One major challenge is that many games now deal with millions of gaming events per second (such as player interactions, game telemetry, chat messages, and player rankings). As a result, game developers are in need of a streaming data platform that can provide high-speed data processing, low-cost scaling, and simpler operations and maintenance.
This post is the first in a series dedicated to real-time data streaming and processing for the gaming industry. We’ll show you how Redpanda can help you level up your gaming development for five real-world gaming use cases:
To start, let’s get into the struggles of scaling your architecture for real-time gaming.
Real-time data streams (such as player interactions, game telemetry, chat messages, and player rankings) are critical to great gaming experiences. Games nowadays often deal with millions of events per second and require a streaming data platform that can truly serve as a central nervous system, ensuring game companies and players alike are capturing the value of real-time data.

Unfortunately, most streaming data platforms rely on technology built for the previous generation of games. Apache Kafka® is a common option, but while it can secure reliable storage of events before processing, it becomes slow and expensive as you scale.
Today, we need a streaming data platform built to meet modern gaming demands. A solution based on an event-driven architecture that’s easily scalable, highly available, and capable of handling terabytes of streaming data per day with single-digit millisecond latencies. (Because if there’s anything that will frustrate a gamer , it’s lag.)
This is where Redpanda steps in.
Redpanda is a Kafka-compatible streaming data platform designed from the ground up to be lighter, faster, and simpler to operate. Redpanda’s high-performing nature optimizes every last byte to give you 10x lower latencies and 6x lower cloud costs compared to Kafka—without sacrificing your data’s reliability or durability.

Here’s why gaming companies are choosing Redpanda for their data pipelines, streaming analytics, microservices, data integration, and mission-critical applications:
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Now that you’re familiar with Redpanda, here are five main use cases where optimized performance and lower cloud costs are needed now more than ever:
Redpanda provides a simple, unified streaming data platform with everything you need to solve these five use cases and many more.

Bottom line: Redpanda makes it easier to build real-time gaming applications at scale—at a much lower cost. The next posts in this series will take a deep dive into each use case with a practical solution you can build yourself using Redpanda.
The gaming industry is growing exponentially, but latency issues and ever-increasing cloud infrastructure costs are holding many organizations back. Redpanda optimizes cloud resources, cuts total costs, and keeps gamers happy with minimal latencies and seamless online experiences.
Subscribe to our mailing list so you don’t miss out on our upcoming posts in this series, where we’ll get technical with step-by-step examples on how to build the solutions for each gaming use case with Redpanda. If you’re eager to get started, you can find them all in our Redpanda GitHub repo. You can also download our full report on how to turbocharge your games with Redpanda.
Think Redpanda can help you level up your real-time gaming stack? Join the Redpanda Community on Slack or contact us and one of our team will be in touch.
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