Enterprise Database on Cloud

Enterprise Database on Cloud enables enterprises to obtain core database licenses and deploy core databases on HUAWEI CLOUD, facilitating digital transformation and improving database performance, reliability, and security.

Business Challenges

  • Long Construction Period and Huge Upfront Costs

    To deploy databases in their own data centers, enterprises need to purchase hardware devices such as x86 servers, routers, switches, and storage devices, requiring high upfront costs and long construction period ranging from weeks to months.
    To deploy databases in their own data centers, enterprises need to purchase hardware devices such as x86 servers, routers, switches, and storage devices, requiring high upfront costs and long construction period ranging from weeks to months.
  • High Labor Costs

    Enterprises need to hire many professional maintenance personnel, increasing enterprise labor burdens.
    Enterprises need to hire many professional maintenance personnel, increasing enterprise labor burdens.
  • Low Data Reliability

    Data reliability depends on disk RAID capabilities, risking single point of failure (SPOF).
    Data reliability depends on disk RAID capabilities, risking single point of failure (SPOF).
  • Difficult Data Backup

    The backup policy is written by O&M personnel, placing high requirements on the personnel abilities and requiring enterprises to purchase hardware devices such as tapes.
    The backup policy is written by O&M personnel, placing high requirements on the personnel abilities and requiring enterprises to purchase hardware devices such as tapes.

Typical Scenarios

  • Cloud Active/Active Architecture

  • Cloud HA Architecture

  • Cloud Development and Testing

  • Cloud Disaster Recovery

  • Cloud Backup

  • Hybrid Cloud Disaster Recovery

Cloud Active/Active Architecture

Introduction

Uses BMSs and shared EVS disks to build the core database active/active architecture on the cloud, meeting the requirements for high availability, load balancing, high reliability, and high concurrency.


High Security
Provides a logically isolated virtual network environment that you can configure and manage, improving cloud resource security and simplifying network deployment.


High Performance
Provides dedicated BMSs for you with excellent computing performance to meet requirements for high performance and stability in core application scenarios.


High IOPS
Provides up to 33,000 IOPS and a minimum read/write latency of 1 ms.


High Reliability
Supports automatic load balancing and failover. Applications can fail over to another node if a failure occurs.


Cloud HA Architecture

Introduction

Uses BMSs and shared SSD storage to build the core database active/active architecture on the cloud, meeting the requirements for high availability, load balancing, high reliability, and high concurrency.


High Security
Provides a logically isolated virtual network environment that you can configure and manage, improving cloud resource security and simplifying network deployment.


High Performance
Provides dedicated BMSs with excellent computing performance to meet requirements for high performance and stability in core application scenarios.



High IOPS
Provides up to 33,000 IOPS and a minimum read/write latency of 1 ms.


Ease of Use
Supports advanced functions such as database deployment, instance creation, backup and recovery, disaster recovery setup, active/standby failover, and database and table sharding.


Cloud Development and Testing

Introduction

Uses ECSs and EVSs to quickly establish a core database development and testing cloud environment for service applications.


Cost Effectiveness
Deploys compute and storage devices on the cloud, almost eliminating infrastructure construction and maintenance costs.


Various Specifications
Provides compute and storage devices with various specifications to meet enterprise service requirements.


Various Scenarios
Supports multiple deployment scenarios, such as core database HA, active/active, and disaster recovery, to meet different development and testing requirements.


High Performance
Offers up to 100 million concurrent connections through elastic load balancing, fully testing business bottlenecks and accommodating masses of access requests.


Related Services

Cloud Disaster Recovery

Introduction

Uses BMS to implement cloud disaster recovery for enterprise core databases, deploys active and standby DB instances in different AZs, and implements disaster recovery between two databases.


High Security
Provides a logically isolated virtual network environment that you can configure and manage, improving cloud resource security and simplifying network deployment.


High Performance
Provides dedicated BMSs for you with excellent computing performance to meet requirements for high performance and stability in core application scenarios.



High IOPS
Provides up to 33,000 IOPS and a minimum read/write latency of 1 ms.


High Reliability
Supports automatic load balancing and failover. Applications can fail over to another node if a failure occurs.


Cloud Backup

Introduction

Backs up data to EVS disks, and then backs up the EVS disks to OBS buckets through VBS. You can enable or disable the backup policy and customize it, including the backup time and quantity.

Secure and Reliable
Supports OBS and provides eleven nines data durability to ensure data backup security.


Ease of Use
Offers a simple database backup and recovery interface, quickly formulating enterprise backup solutions.


Cost-Effective
Performs only incremental backups after the initial full backup, reducing storage space required. Storage space occupied is charged on a pay-per-use basis to reduce your costs.


High Throughput
Supports EVS with a throughput up to 350 MB/s to improve database backup efficiency.


Related Services

Hybrid Cloud Disaster Recovery

Introduction

Uses BMSs and EVS disks to build cloud core databases, and implements disaster recovery between cloud and on-premises core databases through data synchronization and Direct Connect.


High Performance
Uses dedicated networks to transmit data, offering higher transmission rate, greater stability, and lower latency.


High Security
Provides multiple virtual interfaces, which can be even used to establish dedicated channels while maintaining network isolation and cloud data security.


Cost-Effective
Implements disaster recovery between on-premises and cloud databases, eliminating the cost of remote disaster recovery center construction and protecting the existing IT investment value to achieve the low-cost and high-reliability disaster recovery.


Solution Advantages

  • Secure and Efficient

    Exclusive BMSs provide ultra-high computing performance without any virtualization performance loss. Ultra-high-performance EVS disks provide three data copies, ensuring up to seven nines data durability for data security and reliability.

  • Quick Provisioning

    You can buy a BMS on the management console within 5 minutes. In addition, automatic image installation, network configuration, and EVS mounting are supported, helping you set up infrastructure efficiently.

  • Flexible Deployment

    ECSs and BMSs can be deployed together. ECSs can be interconnected with each other and BMSs can communicate with external resources through VPCs. Additionally, EIPs are supported to meet complex networking requirements.

  • Active/Active Architecture

    EVS disks can be automatically mounted to address local disk capacity bottlenecks of traditional physical servers. Enterprise core databases can be deployed in active/active mode.

Recommended Services

  • Bare Metal Server
    Bare Metal Server (BMS) provides dedicated physical servers with high specifications and performance. It offers resource sharing and network isolation, ensuring stable running of core databases.
  • Elastic Volume Service
    Elastic Volume Service (EVS) provides virtual block storage with elastic scalability, high reliability, and high I/O throughput. EVS disks can be mounted to multiple servers to achieve active/active architecture of enterprise cloud databases.
  • Virtual Private Cloud
    Virtual Private Cloud (VPC) enables you to create a private, isolated virtual network. You can assign EIPs to access VPC environments and configure services.

Software Licenses

  • Enterprise Database Software License

    To deploy and use the enterprise databases on HUAWEI CLOUD, you need to provide a software license (BYOL model). You can use an existing or new enterprise database software license.
    To deploy and use the enterprise databases on HUAWEI CLOUD, you need to provide a software license (BYOL model). You can use an existing or new enterprise database software license.
  • OS License

    You can use the Enterprise Database on Cloud solution under the BYOL model.
    You can use the Enterprise Database on Cloud solution under the BYOL model.