MySQL Cluster

Ideal for scenarios requiring high read performance with minimal write latency. In this setup, the primary instance handles all write operations, while one or more secondary instances replicate the data in real time. This configuration allows for efficient database backups and the execution of analytical queries on the secondary nodes without affecting the performance or stability of the primary database.

It allows write operations to be distributed across two primary nodes, effectively balancing the load and improving overall write performance. This setup enhances fault tolerance, as either node can continue to handle operations if the other fails, simplifying recovery and ensuring continuous availability of services.

MySQL cluster is achieved through the use of two ProxySQL nodes. These nodes intelligently distribute read and write requests across the database servers, ensuring optimized query performance, reduced latency, and improved responsiveness for your applications.

In your MySQL Cluster, it allows you to seamlessly expand your database infrastructure by adding new nodes. The system automatically detects and integrates these nodes, dynamically adjusting configurations to ensure continued high performance and load distribution without manual intervention.

Achieved through pre-configured replication options like Primary-Secondary and Primary-Primary setups. These configurations ensure data consistency, minimize downtime, and maintain continuous access to your MySQL cluster, even in the event of node failures.

It ensures uninterrupted service by automatically detecting and excluding database nodes that are temporarily unavailable or experiencing high latency. Once the connection is restored, these nodes are seamlessly reintegrated into the cluster, maintaining high availability and performance.

It allows for seamless scaling of your MySQL cluster by creating new nodes through the cloning of an existing secondary node. Data synchronization is efficiently achieved via binlog replay, ensuring minimal performance impact while expanding the cluster to handle growing workloads.

An add-on designed to proactively scan your database for any corrupted or inconsistent data. This tool helps maintain data integrity by identifying potential issues early, preventing them from affecting your applications and ensuring smooth, reliable performance.

An add-on that ensures the quick and effective recovery of your database cluster. It performs comprehensive diagnostic checks and automatically restores the cluster to a healthy state, minimizing downtime and ensuring your applications remain operational.