Traditional databases force a choice between fast transactions and concurrent analytics, but Apache Ignite's universal transaction model delivers both simultaneously.
Distributed systems traditionally force a choice between consistency and speed. Apache Ignite's RAFT implementation delivers both: strong guarantees that protect your business without the coordination penalties that limit throughput.
Your high-velocity application processes events fast enough until it doesn't. The bottleneck isn't CPU or memory. It's data movement. Every time event processing requires data from another node, network latency adds milliseconds that compound into seconds of delay under load.
Traditional systems force a choice: real-time analytics or fast transactions. Apache Ignite eliminates this trade-off with integrated platform performance that delivers both simultaneously.
Apache Ignite 3 manages client connections so efficiently that the scaling limits common in database-style systems simply aren’t a factor.
Schema changes in traditional databases mean downtime, lost revenue, and deployment chaos across multiple systems. This piece demonstrates how Apache Ignite's flexible schema approach helps lets data model evolve at the pace of your business requirements.
Traditional databases force a choice: fast memory access or durable storage. High-velocity applications processing 10,000+ events per second hit a wall when disk I/O adds 5-15ms to every transaction.
Apache Ignite shows what really happens once your good enough multi-system setup starts cracking under high-volume load. This piece breaks down why the old stack stalls at scale and how a unified, memory-first architecture removes the latency tax entirely.
Discover how Apache Ignite keeps related data together with schema-driven colocation, cutting cross-node traffic and making distributed queries fast, local and predictable.
Apache Ignite 3 is a memory-first distributed SQL database platform that consolidates transactions, analytics, and compute workloads previously requiring separate systems. Built from the ground up, it represents a complete departure from traditional caching solutions toward a unified distributed computing platform with microsecond latencies and collocated processing capabilities.