Replicate Data Into MemSQL in Real-Time

Blazing-fast data ingestion, optimized for loading into MemSQL

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Use Case

Leverage an out-of-the-box, fully-optimized MemSQL integration to replicate data from any enterprise source into MemSQL.

How Equalum Helps

MemSQL’s scalability and in-memory performance make it the frequent relational database of choice for data-rich enterprises. But replicating data from other sources – operational data stores, legacy applications, IoT control systems, and files – into MemSQL is challenging. Homegrown scripts are bug-prone, require custom integration for every file type, and fail under high data volumes. And traditional ETL solutions, in addition to only supporting batch updates, are not optimized to load data into MemSQL efficiently – leading to slow performance and high usage of compute resources.

Equalum offers the most powerful MemSQL integration on the market, with proprietary performance tuning and a load process that decouples loading from processing – enabling re-streams and efficient downstream transformation. Equalum’s solution leverages fully-managed Spark and Kafka, along with best-in-class change data capture (CDC) on the market, to replicate data from any database or application into MemSQL the instant it’s created.

The Equalum Difference

Performant

Proprietary, optimized load process into MemSQL, ensuring high performance and data reliability for both column store and row store.

Plug-and-Play

Seamless integration with MemSQL; breakthrough use of CDC and decoupling of loading from processing creates minimal system strain.

Scalable

Leveraging a Spark and Kafka foundation; Equalum supports streaming between any number of sources and targets in real-time.

Architecture Optimized for MemSQL

A Fortune 500 oil and natural gas exploration company uses Equalum to stream 20,000 events/second with latency of 1 second from drilling rigs to their MemSQL instance – powering real-time analytics for drill site optimization.

Ready to Get Started?

Experience Enterprise-Grade Data Ingestion at Infinite Speed.