Valkey: From Community Fork to AI-Ready Infrastructure

In 2024, one of the biggest stories in open source infrastructure unfolded when the community came together to create Valkey—an open, community-governed fork of Redis.

But Valkey is much more than a fork.

Since its inception, the project has rapidly evolved into a high-performance, community-driven in-memory data platform powering caching, real-time systems, messaging workloads, and increasingly, stateful AI applications.

This session tells the story of how Valkey was born, why the community decided to build it, and how an open-source project can grow into a platform backed by contributors, cloud providers, and developers worldwide.

Along the way, we will dive into some of the engineering that makes Valkey interesting:

• Cluster architecture and hash-slot distribution
• Self-healing and failover mechanisms
• Resharding and scaling strategies
• Security features such as ACLs, TLS, and mTLS
• Observability and administration tooling
• Performance improvements introduced after the fork
• Why Valkey is becoming an attractive memory layer for AI systems and stateful applications

The talk combines open-source governance, distributed systems engineering, and practical lessons from operating modern in-memory infrastructure.

Attendees will leave with both an understanding of Valkey's technical architecture and valuable insights into how community-driven open-source projects can rapidly innovate and thrive.

• Understand why Valkey was created and how community governance works.

• Learn the architecture of Valkey Cluster, including hash slots, replication, and self-healing.

• Discover how distributed in-memory systems scale and recover from failures.

• Explore the latest capabilities in observability, security, and administration.

• Understand why Valkey is emerging as an important building block for modern AI and stateful applications.

• Learn how developers can contribute to and participate in the Valkey ecosystem.