Redis Enterprise provides customers real-time performance with linear scaling to hundreds of millions of operations per second while providing local latency in a global Active-Active deployment with 99.999% uptime.
A high-performance application-caching layer needs to be scaled easily and instantly to meet growth requirements and peak demand. Redis Enterprise’s high throughput at sub-millisecond latency, true shared-nothing architecture to enable linear scaling, support for multi-tenancy, and a multi-core architecture ensure compute resources are fully utilized while providing superior performance. Redis Enterprise offers Active-Active deployment for globally distributed databases, enabling simultaneous read and write operations on the same dataset across multiple geographic locations. Using academically proven conflict-free replicated data types (CRDTs) technology, Redis Enterprise automatically resolves conflicting writes, without changing the way your application uses Redis. It delivers local latency and enables a disaster-proof architecture for geo-distributed applications.
Redis Enterprise offers uninterrupted high availability, completely transparent to users, with diskless replication, instant failure detection, and single-digit-seconds failover across racks, zones, and geographies. It delivers high throughput and low latency even during cluster-change operations such as adding new nodes to the cluster, upgrading software, rebalancing, and re-sharding data, enabling it to guarantee four-nines (99.99%) uptime and five-nines (99.999%) in Active-Active deployments.
Enterprises need robust security and compliance safeguards. Redis Enterprise ensures production data is isolated from administrative access and offers multi-layer security for role-based access-control, authentication, authorization, and encryption (data in transit and data at rest). It safeguards your deployment from Redis buffers overflow, implements CPU throttling, blocks Lua scripts from accessing the host, and protects from other vulnerabilities for greater reliability.