Disaster Recovery Services in Dubai & UAE

Review your current infrastructure, applications, dependencies and recovery capabilities.

Develop a recovery approach based on business priorities, workload criticality, RTO and RPO.

Plan recovery for physical and virtual server environments.

Design recovery strategies using suitable cloud infrastructure and services.

Identify application dependencies and recovery sequences for business-critical applications.

Plan database protection and recovery around application and business requirements.

Design recovery strategies for VMware, Hyper-V and supported virtual environments.

Test recovery procedures and identify gaps before a real incident occurs.

Define how workloads move to a recovery environment and how they return to the primary environment.

Identifying what could go wrong before it does.

Determining which processes and applications matter most.

Establishing recovery objectives for each workload.

Matching the right recovery approach to each workload.

Documenting the actual steps required to restore each system.

Turning the strategy into instructions technical teams can execute.

Proving the plan works before it’s actually needed.

Keeping the plan current as the business changes.

Recover clean systems and data while preventing reinfection.

Restore workloads using validated recovery points or replacement infrastructure.

Recover data and applications from protected backup and recovery systems.

Use alternate recovery infrastructure where required.

Define alternative recovery or workload restoration procedures.

Document network dependencies and recovery procedures.

Plan for infrastructure shutdown, alternate facilities and recovery.

Recover accidentally deleted or modified data.

Defines the maximum acceptable time required to restore a system or service after a disruption. A business-critical application may require a shorter recovery window than a non-critical internal application.

Defines how much recent data the business can accept losing after an incident. A 30-minute RPO means the recovery strategy should aim to limit data loss to that defined window.

Review servers, storage, virtualization, networking and supporting infrastructure.

Identify business-critical applications and their dependencies.

Determine which datasets require recovery and the acceptable recovery point.

Map relationships between applications, databases, servers, networks and authentication services.

Review available backup copies and their suitability for recovery.

Determine whether recovery will use another site, cloud infrastructure, standby systems or another appropriate architecture.

Consider access control, backup protection and security requirements within the recovery environment.

Determine how recovery will be tested and validated.

Production workloads are replicated to and protected in cloud infrastructure, so recovery does not depend on a second physical site.

Secondary infrastructure is maintained at another physical location, giving the organization direct control over the recovery environment.

A combination of on-premises and cloud recovery, often used when some workloads must remain on-site while others recover to the cloud.

Workloads fail over from a primary site to a designated secondary site, typically using replication between the two locations.

A cloud-hosted recovery environment is managed as a service, reducing the infrastructure the organization needs to own and maintain directly.

Data and workloads are restored from protected backup copies after an incident — appropriate where recovery time requirements allow restoration to take place after the event.

A minimal recovery environment is maintained and expanded when disaster recovery is activated.

A partially operational recovery environment is maintained so workloads can be restored or scaled more quickly.

A secondary environment is maintained for recovery while the primary environment handles normal operations.

Multiple environments actively serve workloads, allowing traffic to continue through another environment if one becomes unavailable.

Critical servers can require recovery planning beyond ordinary backup, including workload dependencies, recovery sequence, backup or replication method and target infrastructure.

Virtualized environments often contain multiple interdependent workloads, so recovery order matters as much as the recovery method itself.

Applications rarely operate independently — a recovery plan should consider dependencies, DNS, authentication and startup order.

Databases often require specific recovery procedures that should be tested rather than assumed to work because backups exist.

Many businesses operate across on-premises, cloud, Microsoft 365 and virtual infrastructure. CODE3 can help map these relationships and establish recovery priorities.

Smaller businesses do not necessarily need a complex multi-region architecture. The right strategy depends on critical applications, business impact, budget and acceptable downtime — without over-engineering the environment.

Larger organizations may require structured recovery planning across multiple offices, data centers, cloud platforms, databases and regulatory requirements, with different recovery priorities per workload.

Designed to keep systems available during component or infrastructure failures.

Addresses larger disruptions that require recovery of workloads or services.

Focuses on restoring IT systems, applications, infrastructure, data and network services.

Focuses on keeping the broader business operating through disruption, including people, processes, facilities and alternative operating arrangements.