Scope
Enterprise backup and disaster recovery solutions: RTO/RPO planning, the 3-2-1 rule, tested recovery scenarios and operational continuity.
Backup & Disaster Recovery Service
A DR approach designed not just to take backups but to enable a controlled, fast recovery when needed.
Key Highlights
- Architecture design based on RTO/RPO targets
- 3-2-1 approach and copy strategy
- Regular recovery tests and evidenced reporting
- Prioritized recovery plan for critical systems
Technologies Behind This Service
Decision Support Guides
Guides Related to This Service
Review the technical guides that simplify the purchasing decision to clarify the scope of your project.
Who Is This Service For?
Backup & Disaster Recovery Service context: Backup & Disaster Recovery is designed especially for organizations aiming to reduce data-loss risk and to return quickly after an outage. The baseline links business-approved data-loss and outage impact to applications, data, dependencies, change rate, current copies, retention, platform limits, capacity, security, recovery steps, and validation owners.
Backup & Disaster Recovery Service context: The topics most frequently encountered in projects: untested backup plans, unclear RTO/RPO targets, and copies dependent on a single location. In the AnatoliaCore approach, these issues are converted into prioritized actions with an owner, a validation check, and a rollback condition. Impact analysis is performed at every step, changes are applied with a rollback plan, and results are reported.
Scope and Deliverables
- RTO/RPO target matrix
- 3-2-1 and immutable backup design
- Recovery test plan
- DR runbook and responsibility matrix
- Periodic recovery-drill report
Technical Approach and Technologies
Backup & Disaster Recovery Service context: When designing the technical architecture, performance, security, sustainability and cost balance are addressed together. The technology set is chosen to preserve the organization's existing investment; a phased modernization plan is introduced when needed. Vendors and platforms frequently used in this service: Veeam, NetApp, immutable/object storage.
Example Scenario
Backup & Disaster Recovery Service context: Example scenario: in an organization managing accounting and production data, separate RPO targets are set for critical workloads, and a monthly recovery drill and a quarterly full-scenario test are planned.
Related Guide Content
Related Technologies
Disaster Recovery Runbook and Role Matrix
Document activation authority, dependency order, communications, technical recovery, user acceptance, and return-to-normal steps. Assign a primary and backup role to every decision point.
Recovery Drill and Measurement Loop
Measure the recovered data point, component and total recovery time, manual steps, errors, and user acceptance. Convert gaps into owned actions with a scheduled retest.
Pre-Purchase Checklist
- Is the current infrastructure inventory and critical workload list up to date?
- Are the target service level (SLA) and reporting period clear?
- Are change management and rollback scenarios defined?
- Is the operations responsibility matrix (internal + external team) documented?
- Are measurable acceptance criteria defined for the agreed delivery phases?
Defining RTO/RPO Targets
Designing RTO/RPO targets together with immutable copies and test frequency according to the organization’s risk tolerance.
3-2-1, Immutable Backup and Recovery Tests
A critical-workload map during the discovery phase, a backup policy and drill plan during the implementation phase, a retest/improvement loop before acceptance and handover.
Acceptance and Handover Criteria
- Clear ownership and closure date for high-business-impact risks.
- Post-change performance and security validation report.
- Separate action summaries for management and technical teams.
- Prioritized improvement list for the next sprint.
FAQ
Frequently Asked Questions
How are backup retention, RPO, and RTO requirements set?
Business owners confirm data-loss and outage impact; technical teams map data, applications, dependencies, change rate, platform limits, capacity, security, and recovery steps. Product defaults are not treated as approved targets.
What should a restore test prove?
The test should identify the selected recovery point, data and application consistency, access, dependencies, elapsed steps, owner validation, exceptions, evidence, and actions required before the result is accepted.
How are backup copies protected from the production environment?
Depending on the confirmed threat model, the design can use separate credentials and roles, network boundaries, immutability or offline copies, encryption, monitoring, retention locks, and controlled deletion.