
Unified real-time data platform for instant action
Hazelcast is a unified real-time data platform that combines a distributed in-memory data store with a stream processing engine in a single runtime. It lets organizations cache, integrate, and process data with sub-millisecond latency, enabling real-time and AI-driven applications at scale. Available as the self-managed Hazelcast Platform (Community and Enterprise editions) and as the fully managed, pay-as-you-go Hazelcast Cloud service.
High-density, sub-millisecond caching and data storage spread across a cluster for ultra-fast access and horizontal scale.
Built-in engine (Jet) for real-time event processing, enrichment, and analytics on data in motion before it lands in a database or data lake.
Parallel in-memory computation across cluster nodes for high-throughput, low-latency processing workloads.
Choose between AP (availability) and CP (strong consistency) modes, with Raft-based primitives for consistent distributed coordination.
Replicate data across data centers and regions for high availability and disaster recovery (Enterprise).
Deploy and run machine learning models inline with streaming data for fast, low-latency predictions in event-driven and edge use cases.
Process and enrich transaction streams in milliseconds to detect fraud and authorize payments as events occur.
Offload databases and accelerate applications with a sub-millisecond, horizontally scalable in-memory cache.
Run continuous analytics and event-driven pipelines on data in motion before storing it in a database or data lake.
Serve machine learning models inline with live data streams for instant, low-latency predictions in event-driven and edge scenarios.
Native vector search support for similarity and retrieval workloads alongside the in-memory data store.
Official clients for Java, .NET, C++, Node.js, Python, and Go, plus connectors for Apache Kafka, AWS, Azure, and GCP.
Cloud-agnostic deployment with full Kubernetes support and availability on AWS, GCP, and Azure marketplaces.
Enterprise security including TLS, authentication, authorization, and auditing for mission-critical production workloads.
Provide a fast, resilient shared data layer with flexible consistency and geo-replication for distributed microservice architectures.