Use Case
Deliver Ultra-Low Latency at Massive Scale
Overcome database bottlenecks. MariaDB Enterprise Platform combines operational RDBMS with distributed in-memory computing to accelerate application performance.
What is MariaDB for accelerated application performance?
MariaDB Enterprise Platform integrates distributed caching and advanced memory-centric computing to deliver microsecond response times. By pairing our robust operational database with in-memory computing, applications can scale instantly to meet peak demands without latency spikes.
Capabilities
Key capabilities for accelerated performance
MariaDB GridGain provides a memory-first architecture that seamlessly accelerates data access, ensuring your applications remain blazing fast under heavy concurrent loads.
Distributed caching
Keep frequently accessed data in-memory across a distributed cluster, reducing database load and delivering microsecond read and write speeds.
Intelligent database proxy
Automatically route queries, cache read results and dynamically load-balance traffic to optimize database performance.
Advanced clustering
Deploy highly available database clusters that automatically distribute read traffic and maintain high throughput during massive concurrency spikes.
MariaDB supports high-performance application patterns out of the box
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Frequently asked questions
By storing frequently accessed data in a distributed in-memory computing, applications can retrieve data in microseconds instead of waiting for disk-based database queries.
No app code changes are needed for the query result cache pattern using MariaDB's MaxScale proxy. Other patterns may require an app change.
Our platform scales compute and memory horizontally. During a spike, the distributed cache absorbs the load, protecting the underlying operational database from being overwhelmed.
An intelligent proxy automatically routes read and write traffic, masks database failures and caches query results in real time. This instantly reduces database load and lowers latency without needing application rewrites.
Absolutely. Our distributed caching tier is ACID-compliant and works in tandem with the ACID-compliant operational database, ensuring all high-speed transactions are durably persisted to disk.
Yes. The in-memory distributed cache supports both ultra-fast read caching and write-behind caching, accelerating the entire transactional lifecycle of your application.