Remote disaster recovery

Realize remote disaster recovery for local production center,
to withstand disasters
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Build the remote disaster recovery with ease

With the development of IT industry, importance of user's core system gradually stands out. To keep the reliability of the core system, users begin to build their own disaster recovery system, to realize remote disaster recovery protection for their core system. Rose Datasystems provides remote disaster recovery solution according user's needs. Once the production center encounters a disaster, it can quickly fail over the core system to disaster recovery system to continue running, to achieve a remote disaster recovery level of RPO≈0, RTO=0.

Applicable Scenario

User can build the remote disaster recovery solution, according to system environment, network environment, their actual disaster recovery demand, etc. Without changing user's existing structure, user can build disaster recovery scenario that is applicable for local and remote application system and core data.

Continuous & real-time data disaster recovery

It realizes online business data replication in real time, and protects the data continuously, with RPO≈0; if disaster occurs, it quickly recovers the latest data by disaster recovery center, to provide higher level protection for business data.

Emergent disaster recovery for business system

Once the production center encounters a disaster, it can emergently recover business via remote disaster recovery system, with RTO at minute level.

Multiple disaster recovery mechanism

The 1-active and multi-standby disaster recovery structure improves the ability to withstand disaster, and maximally reduce losses for user.

Abundant disaster recovery scenarios

The highly adaptive solution supports most software & hardware environment. Therefore, user can quickly deploy disaster recovery solution. Moreover, it supports flexible policy adjustment and on-demand extension.

Efficient and secure data transmission

It supports transmitting encrypted data between different sites to prevent data disclosure.

It supports fault-tolerant transmission for network link, and it automatically fails over to available network link in case of failure.

It supports transmitting compressed data to improve transmission efficiency and reduce network band consumption.

Network traffic control can be user-defined, so as to adapt to narrow-band network. 

Successful Case