TDSQL for MySQL is currently only applicable to OLTP business scenarios, such as transaction systems and frontend systems. It is not applicable to OLAP-based systems such as ERP and BI.
Service providers from ecommerce, finance, O2O, social networking, retail, and SaaS industries generally have the following problems restricting their business development: a large user base (million-level or higher), frequent marketing campaigns, and slower response from core trading system databases.
TDSQL for MySQL features linearly horizontal scalability that can increase the processing power of databases in real time for improved access efficiency. It can sustain over 15 million QPS at the peak, enabling you to cope with high-concurrence real-time transaction scenarios. For example, WeChat Pay, Tenpay, and Tencent Top-up are all supported by databases using the TDSQL for MySQL architecture.
In typical IoT scenarios such as industrial monitoring and remote control, smart city, smart home, and IoV, a large number of sensing and monitoring devices, high sample rate, and massive storage capacity are required. Generally, petabytes to exabytes of data may be generated for storage per year. Traditional x86 server architecture and open-source database solutions cannot store or use such a huge amount of data at all.
TDSQL for MySQL features horizontal capacity expansion and compression capabilities empowered by storage engines such as TokuDB, helping you store massive amounts of data at lower costs than shared storage solutions.
Generally, a cloud service platform contains hundreds of millions to trillions of rows of image, document, and video data. It usually needs to store the indexes of such files and perform real-time CRUD operations at the index level.
As the service platform sustains access requests from other customers, extremely high service quality and performance are required. Traditional databases cannot support such access and use. TDSQL for MySQL boasts ultra-high performance, scalability, and strong sync capabilities, effectively ensuring the service quality and data consistency on the platform.
In order to support massive data storage and high-concurrence database access, government agencies, large enterprises, and banks are extremely dependent on minicomputers and high-end storage. Internet companies can achieve the same or even higher capabilities of commercial databases with low-cost x86 servers and open-source software.
TDSQL for MySQL is suitable for various scenarios such as national or provincial business system aggregation, large ecommerce and channel platforms, internet banking services, and trading systems.