info@2cloud.eu
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Individual approach to each customer. Direct contact with technical operators and infrastructure engineers
Flexible capabilities for data mirroring and replication
99.95% Uptime guarantee. Tier III compliant Data Center in Latvia
Choosing your own virtualization platform - VMware, Hyper-V, XenServer or KVM
Round-the-clock technical support in English, Russian and Latvian
Shared and dedicated broadband Internet connection from up to 1 Gbps
Hypervisor-based replication
Cloud-native virtual machine and datastore replication with VMware and Hyper-V virtualization platform integration. Fastest way to recover your IT infrastructure in cloud in the unfortunate event of production data center failure or data loss
Protect your IT infrastructure from accidents and unplanned downtime
Fault tolerance provides continuous virtual server and file availability
Integrated management tools compatible with VMware and Hyper-V virtualization platforms
Smart orchestration allows you instantly to restore IT services on disaster recovery (DR) site without a pain
Disaster Recovery Site - service model that stores mission-critical business data and applications in remote Data Center and guarantee business continuity in event of a primary Data Center failure
Array-based replication
- Data replication on array controllers level
- Synchronous or asynchronous replication supported
- Ability to replicate Virtual Server snapshots
- Ultimate high-availability for your mission-critical applications and data using Metro Cluster technology
- Flexible replication solutions for VMware vSAN and Microsoft S2D Software-Defined storage (SDS) platforms
IT Infrastructure automation
Automated computing resource allocation, Disaster Recovery plan testing, data growth plan
Asynchronous Replication
Replication for applications and services with acceptable Recovery Time Objectives (RTO) and Recovery Point Objectives (RPO). The most commonly used data replication method at the storage systems level. Async replica is using LUNs and Data Stores mirroring between either SAN storage arrays or between hypervisors. When data is being written to the LUN on the source site where the production environment is located then this data is being placed in the journal or logged for subsequent replication to the secondary array located on the remote site. RTO is being defined as a special time period when data is being actually moved from journal to secondary site. This time interval can be configured from several minutes to several hours, normally between 15-30 minutes range.
Not critical to network latency
Not critical to network bandwidth
Typically used for data replication over long distances
Synchronous Replication
Application and services replication with critical Recovery Time Objectives (RTO) and Recovery Point Objectives (RPO)
- Reduced data loss risks
- Short recovery time after failover
- Minimal impact on business processes
- Non-disruptive IT operations
Replication for Virtual Machines using
- VMware Site Recovery Manager
- Microsoft Hyper-V Replica
- Veeam Backup & Replication
- Dell EMC RecoverPoint
- Replication with RSync
The easiest way to replicate data and automate recovery processes without investing in specific storage system in your IT environment
Replication based on virtualization platform level creates copy of a virtual machine in secondary data center virtualization platform, which consistently receives data changes from primary server platform operating environment in specified time period
In worst-case scenario, when primary Date Center fails, using IT system recovery management console, such as VMware Site Recovery Manager (SRM), Microsoft System Center Virtual Machine Manager (SCVMM), Dell EMC RecoverPoint or Veeam Backup & Replication, Disaster Recovery site brings backup online, and prevents data unavailability
Dedicated services Engineer
Cloud or dedicated infrastructure
Flexible financing model
Technical support
Reliable solutions for your business
