SingleStore Database
SingleStore is a distributed SQL database that scales out horizontally to provide high performance for both OLTP and OLAP workloads. It supports transactions, SQL queries, and machine learning in a single, unified platform.
- Since:2012
- Dockerhub:singlestore
- Github Topic:singlestore
- Official:www.singlestore.com
- Reddit:r/singlestore
- Repository:github.com
- StackOverflow:[singlestore]
- Twitter:@singlestoredb
#What is SingleStore?
SingleStore is a distributed in-memory SQL database that provides real-time analytics, transactions, and operational workloads on a single platform. It is designed to handle complex workloads, scale easily and deliver high performance with low latency. It was formerly known as MemSQL and was renamed to SingleStore in 2020.
#SingleStore Key Features
Here are some of the most recognizable features of SingleStore Database:
- Hybrid transactional/analytical processing (HTAP) capability, allowing the database to handle both OLTP and OLAP workloads concurrently.
- In-memory architecture, which delivers high performance and low latency data access.
- Distributed architecture, which enables horizontal scalability and high availability.
- Support for ANSI SQL and ACID transactions, ensuring data consistency and reliability.
- Built-in machine learning capabilities with integration to popular machine learning frameworks.
- Support for geospatial data and queries, enabling location-based applications.
#SingleStore Use-Cases
Here are some of the use-cases of SingleStore Database:
- Real-time analytics and reporting on large volumes of data, particularly in industries such as finance, retail, and online advertising.
- High-throughput transaction processing, such as in e-commerce and financial services applications.
- Geospatial analysis, for example, in logistics and transportation applications.
#SingleStore Summary
SingleStore is a distributed in-memory SQL database that provides real-time analytics and transactions on a single platform with high performance and low latency. It is designed to handle complex workloads, scale easily and provide a hybrid transactional/analytical processing capability.
