ZStack Cloud Platform
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ZStack RDS Product Introduction
ZStack RDS Database Cloud is a database management platform based on container technology, offering databases as a cloud resource. It provides more than 10 types of database services, including MySQL, Oracle, SQL Server, PostgreSQL, MongoDB, Redis, ClickHouse, TiDB, Vastbase, and DM (Dameng), in a resource pool manner on the same platform. This helps users better integrate, manage, and maintain databases.
Features
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High OpennessBased on Open API, it supports secondary development and possesses excellent integration capabilities.
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Flexible and DiverseIt can be activated on demand, supporting relational, non-relational, and distributed commercial and open-source databases.
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Cloud-native FeaturesDesigned based on cloud-native concepts, it easily realizes database DBaaS services based on the ZStack Cloud platform and is compatible with different cloud infrastructure resources.
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Enterprise-level CharacteristicsIt provides DBaaS capabilities and meets the various database functions and security requirements in enterprise digitalization construction.
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Dual-Active and High AvailabilityIt meets the high availability requirements of database services, supports local high availability clusters for
database instances, and supports the establishment of a database dual-active system covering dual
centers in two locations.
Short switchover time, achievable in seconds.
An AZ-level dual-center platform realizes unified management and monitoring of multiple types of databases.
Management at the database application layer, which can support switchover drills with both manual and automatic switchover methods.
Highly integrated and automated management of storage and database management.
Utilizing database multi-replica technology to ensure data redundancy in multiple centers at the database application layer.
Value
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Complete Database Private Cloud ArchitectureIt can achieve the creation, use, adjustment, monitoring and recycling of multiple databases such as SQL Server, Oracle, MySQL, Redis, TiDB, and MongoDB. Resource recycling can make the entire process controllable, realizing the full lifecycle management of IT resources. -
Dual High Availability ArchitectureRelying on the fully redundant architecture design of the computing layer, network layer, and storage layer at the IaaS bottom layer, it avoids single-point failures. Meanwhile, at the PaaS layer of the database, it also possesses high availability and disaster recovery capabilities at the database instance level. Database instances support 1 master and multiple slaves with multiple backups deployment, and the master and backup databases can take over automatically in seconds, greatly enhancing the reliability of the entire RDS platform. -
Flexible ScalabilityAt the bottom layer of computing and storage operation resources, regardless of the IaaS platform and server used, the distributed characteristics of cloud-native can quickly perform online elastic expansion, quickly expand database instances, and support database read-write separation when database pressure increases.
Use Cases
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Agile Delivery of Database ResourcesQuickly create database instances through a web-based graphical self-service wizard, with high availability capabilities.
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Reduce DBA Operational BurdenProvide a clear platform for operational monitoring, enhancing DBA capabilities and reducing operational pressure through features such as alerts and automatic instance switching.
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SQL Review and Automated DeploymentThe database instance can be automatically created and deployed, and it also has SQL review security control capabilities.
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Instance-level resource isolationDatabase instance resource isolation, with the ability to isolate resources such as CPU, memory, and IOPS performance.