RoseDBSyncHA

High-availability solution for database read-write separation

Introduction

RoseDBSyncHA database read-write separation high availability solution provides a production-grade self-healing master-slave architecture with read-write separation for databases. It systematically addresses the shortcomings of open-source master-slave solutions. With no manual intervention required, it delivers intelligent and efficient fault self-healing, read-write separation capability, and second-level failover, maximally meeting the stringent requirements of enterprise critical business for high availability and disaster recovery, ensuring the continuous operation of core business.

Features

High availability guarantee

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High availability guarantee

It provides strong high-availability protection, enabling second-level automatic failover to a standby server in the event of hardware failure, software crash, or network interruption on the primary database server, ensuring uninterrupted database service and meeting the stringent continuity requirements of enterprise critical business operations.

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Data is safe and reliable

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Data is safe and reliable

Based on mature database transaction log replication technology, combined with Rose's proprietary file I/O-level data mirroring mode, the solution effectively ensures data security and consistency. Even in the event of a primary database failure, it minimizes the risk of data loss and ensures the integrity of business data.

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Disaster Recovery Expansion

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Disaster Recovery Expansion

The solution has excellent scalability. When business read pressure increases, simply adding more slave nodes can linearly improve the system's read processing capability, without requiring large-scale changes to the existing architecture, making it easy to handle rapid business growth.

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Active-active collaboration + second-level self-healing

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Active-active collaboration + second-level self-healing

The primary and standby databases are online simultaneously to provide services. With the Rose intelligent fault perception engine, multiple fault indicators (such as hardware failures, software crashes, and network flash interruptions) are monitored in real time. Once the primary host fails, the system automatically assesses the risk level and completes role switching within seconds, ensuring continuous database service operation. A graphical visual operation and maintenance interface is provided, greatly reducing the difficulty of deployment, configuration, and routine maintenance, thereby effectively lowering the user's total cost of ownership (TCO).

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Dual replication engine

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Dual replication engine

Integrating real-time database transaction log capture with Rose file-level IO replication dual-mode technology, it intelligently matches different data replication scenarios, greatly improving the synchronization efficiency of full and incremental data between primary and standby nodes, ensuring transaction consistency while enhancing replication throughput.

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Read-write separation architecture

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Read-write separation architecture

Breaking through the bottleneck of "single-point read/write" in the traditional primary-backup mode — RoseDBSyncHA database read-write separation high-availability solution supports diverting read requests to the standby server, reducing read-write resource contention. The standby server's computing resources are fully activated, achieving quasi-linear growth in overall database throughput and response speed, calmly handling explosive business traffic.

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Supported Specifications

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Intel, AMD, and other international mainstream X86 processors

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Kunpeng, Phytium, Loongson, Hygon, Zhaoxin, and other multi-ecosystem processors