RoseReplicator
Quickly recover data and business by local disaster recovery and remote disaster recovery
RoseReplicator is a software product applying online real-time data disaster replication technology to protect business continuity. The real-time disaster backup for production data at local and remote and ensure data security. It monitors the running status of application resources, and if any monitored resource fails, it can trigger auto/manual failover to kill single point of failure on SW/HW.
Widely applicable for use with disaster recovery demand Based on the real-time online data replication in byte level, RoseReplicator is applicable for the disaster recovery of most applications, databases, and it can quickly build data disaster backup and business disaster recovery for applications.
Integrated disaster recovery Support real-time/scheduled data replication, and is applicable for different disaster recovery demands.
Support on-demand data replication to conduct efficient data transmission. the data transmission rate for disaster recovery is also promoted in this way.
Support switching the failover policy according to different scenarios to satisfy user’s actual disaster recovery demand.
Simplified deployment mode Supported system architectures: P2V, V2P, V2V and so on. The HW configuration requirement for this solution is not high. User can apply servers in different brands to realize protection.
Supported virtual systems: VMware vSphere, Microsoft Hyper-V and so on.
Supported public clouds: Ali cloud, Microsoft cloud, Tencent cloud and so on.
Applicable for complicated network environment Support disaster recovery for different network architectures: LAN, private network, public network, VPN network and so on.
Support network bandwidth control, compressed data transmission, rational network resource allocation to adapt to network environment with narrow bandwidth.
Support encrypted data transmission to ensure the data security while being transmitted on network.
Simplified operation and maintenance GUI (graphic user interface) will show the system running status of all nodes in real time; It supports diverse event alert modes, such as online log, SMS, Email and etc. This facilitates the routine management and simplifies operation & maintenance.
Widely applicable for use with disaster recovery demand Based on the real-time online data replication in byte level, RoseReplicator is applicable for the disaster recovery of most applications, databases, and it can quickly build data disaster backup and business disaster recovery for applications.
Integrated disaster recovery Support real-time/scheduled data replication, and is applicable for different disaster recovery demands.
Support on-demand data replication to conduct efficient data transmission. the data transmission rate for disaster recovery is also promoted in this way.
Support switching the failover policy according to different scenarios to satisfy user’s actual disaster recovery demand.
Simplified deployment mode Supported system architectures: P2V, V2P, V2V and so on. The HW configuration requirement for this solution is not high. User can apply servers in different brands to realize protection.
Supported virtual systems: VMware vSphere, Microsoft Hyper-V and so on.
Supported public clouds: Ali cloud, Microsoft cloud, Tencent cloud and so on.
Applicable for complicated network environment Support disaster recovery for different network architectures: LAN, private network, public network, VPN network and so on.
Support network bandwidth control, compressed data transmission, rational network resource allocation to adapt to network environment with narrow bandwidth.
Support encrypted data transmission to ensure the data security while being transmitted on network.
Simplified operation and maintenance GUI (graphic user interface) will show the system running status of all nodes in real time; It supports diverse event alert modes, such as online log, SMS, Email and etc. This facilitates the routine management and simplifies operation & maintenance.
Supported CPU architecture
Supported OS
Supported application
Supported storage
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