Disaster Recovery Planning Services in Dubai & UAE

Reviewing existing infrastructure, applications, data protection arrangements and recovery capabilities to identify gaps that could affect business recovery.

Developed aligned with your infrastructure and business requirements.

Designed to be usable during an actual recovery event rather than simply stored as a compliance document.

Clear instructions technical teams can follow during recovery.

The maximum acceptable amount of time a workload can remain unavailable before the impact becomes unacceptable to the business.

The amount of data loss, measured in time, that the business can tolerate following a disruption.

Determine whether the event requires invocation of the DR plan.

Identify affected systems, business processes and users.

Assign responsible teams and initiate the appropriate recovery procedure.

Recover required networking, identity, storage and infrastructure services.

Restore or fail over applications and their supporting components in the required order.

Validate recovered data and system consistency.

Confirm that critical business processes are operational.

Plan failback or transition back to the primary environment where applicable.

Physical servers, virtual machines, operating systems, applications and supporting infrastructure.

VMware, Hyper-V and other supported environments, including dependencies, sequencing and validation.

Switches, routers, firewalls, VPN infrastructure and other network-dependent services.

SAN, NAS, backup repositories, file services, databases and critical business data.

Recovery requirements for Microsoft 365 workloads and appropriate continuity procedures.

Recovery strategies for cloud-hosted workloads where supported by the platform and architecture.

Recovery for organizations operating across multiple offices, branches or data centers.

Recovery procedures for failed servers, storage components, network equipment and other critical infrastructure.

Recovery procedures considering compromised systems, backup integrity, isolation, credential security and controlled restoration.

Recovery paths for corrupted files, databases, applications and business data.

Restoration or failover procedures for critical workloads with appropriate recovery sequencing.

Connectivity dependencies and alternative communication or access requirements.

Recovery actions for critical cloud-hosted workloads and dependencies.

Recovery when the primary facility becomes unavailable, including alternate infrastructure and access.

Procedures for configuration mistakes, accidental deletion, failed changes and other operational incidents.

Teams walk through a realistic disaster scenario and discuss responsibilities, decisions, communications and recovery actions.

Selected systems or data are restored to validate backup integrity and recovery procedures.

Critical application dependencies are tested together rather than validating only individual infrastructure components.

Where supported by the recovery architecture, failover procedures can be tested against a defined recovery scenario.

Technical teams execute documented procedures to identify unclear, missing or outdated instructions.

Test results are documented, gaps are identified and the DR plan is updated accordingly.

Organizations that often operate with limited IT resources and may depend heavily on a small number of systems or administrators.

Larger environments requiring more detailed planning across complex, distributed infrastructure.

Current-state findings and recovery gaps.

Critical processes, applications and recovery priorities.

Defined recovery objectives for selected workloads.

Relationships between applications, infrastructure and supporting services.

Recommended recovery approaches aligned with business requirements.

Structured plan for managing and executing IT recovery.

System-specific recovery procedures.

Defined scenarios, scope, responsibilities and validation criteria.

Documented test outcomes, findings and improvement actions.

Backups are important, but they don’t by themselves define application dependencies, recovery sequence, responsibilities or recovery procedures.

Infrastructure, applications, users and cloud services change. A plan that isn’t reviewed and tested can become outdated.

Different workloads have different business impacts and technical recovery requirements.

A successful backup job doesn’t automatically prove the required application, data or process can be restored within the intended recovery objectives.

Testing before an actual incident exposes documentation, access, dependency and recovery gaps while there’s still time to correct them.