Dependencies
Application, database, network, storage and DNS recover in sequence.
Availability and recovery are built through architecture, protection, procedures and testing. We define how the service stays running and how it returns after a failure.
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High availability reduces local interruptions; DRP defines service recovery when a site or platform becomes unavailable.
Clustering, redundancy and failover to reduce interruptions.
→RecoveryRPO/RTO, replication, runbooks, tests and controlled return.
→DataBackup, snapshots and replication as recovery foundations.
→EvidencePeriodic validation of the complete recovery path.
→Application, database, network, storage and DNS recover in sequence.
Objectives follow criticality and real technology behavior.
Steps, owners, validations and return criteria are documented.
Controlled execution finds errors before a contingency.
Continuity improves when each mechanism has a clear purpose and all of them participate in a known recovery sequence.
Reduces local interruptions through redundancy and failover.
Protects versions of data against logical or physical loss.
Maintains a synchronized copy according to the data-loss objective.
Orchestrates people, technology and sequence to recover the service.
Defines dependencies, owners, startup order, success criteria and return.
Turns assumptions into timings, evidence and findings that can be corrected.
Map dependencies, define the strategy and test the complete recovery path.