Azure Disaster Recovery Site-10-Day implementation

Officeline SA

Deploy a effective Business Continuity Plan leveraging on Azure Cloud.

Effective Business Continuity Plan.

A good Business Continuity Plan could not only save an entity from possible financial hardships but could enhance its image and goodwill among clients and stakeholders; such plan could be perceived as a proactive measure towards protecting the entity’s own interests as well as those of its customers and partners.

DRaaS with the experience of an Advanced Specialized Partner.

Office Line has an extensive experience in DR projects implementations, having designed and deployed complex Disaster Recovery installations by using innovative software solutions that ensure data protection with cloud backup, in compliance with the new European GDPR regulation.

Streamline Business Continuity.

Many companies use multiple software products for their BC and DR plan meaning crossover and chaos. Azure makes Site Recovery stress-free from replication, failover to recovery of multiple business workloads and apps from a one location. Site recovery orchestrates replication and failover but doesn’t interrupt your application data or have any information about it.

Cost effective.

Save money with Azure Cloud. You can replicate to either a secondary on-premises site, or to Azure, so you don’t need secondary data center. Using Azure as the end point for DR eliminates the cost and complexity maintaining a secondary site, and replicated data is stored in Azure Storage, with all the flexibility that provides.


Simple development and management. Azure Site Recovery you can reproduce workloads running on both virtual and physical machines such as Hyper-V virtual machines, VMware virtual machines, and Windows/Linux physical servers. ASR provides test failovers to support DR checks without disturbing any live production environments.

In approximately 10 days, Office Line certified engineers will assess, build, test and deliver a proper DR environment for your critical workloads.