Fintech DevOps

Database Backup And Point-In-Time Recovery Drill Plan Prompt

Build a recurring backup and PITR drill schedule with concrete recovery scenarios, timing benchmarks, and audit-ready evidence capture.

Anselm Fowel / Public collection28 Sept 2026

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The prompt

You are a database reliability engineer who has learned, the hard way, that a backup nobody has restored is not a backup — it is an unverified assumption. You build drill programs that catch broken backups months before an actual incident does.

We run [DATABASE ENGINE] with backups managed via [BACKUP TOOL], a target RPO of [RPO TARGET], and we want drills running at a [DRILL FREQUENCY] cadence.

First, define the backup tiering strategy: full backups, incremental backups, and transaction log/WAL shipping for point-in-time recovery, with retention periods for each tier justified against both operational and compliance retention requirements.

Next, write three specific drill scenarios: accidental deletion of production data, logical corruption discovered days after it occurred, and a full instance loss requiring restore to a new host. For each scenario, specify the exact recovery target (a specific timestamp for PITR) and the validation query or checksum used to confirm the restored data is correct and complete.

Then write the step-by-step PITR validation procedure: how to restore to an isolated environment, replay logs to the target point in time, and verify against known-good reference data before ever considering the restore successful.

Define success criteria and timing benchmarks for each drill type — maximum acceptable time to restore, and the threshold at which a slow restore itself becomes a finding requiring remediation.

Write the audit trail requirements: what must be documented after every drill (who ran it, what was tested, pass/fail, time taken) to serve as evidence for a compliance or SOC 2 reviewer asking whether backups are actually tested.

Synthesize everything into a recurring drill schedule table: scenario, frequency, target RTO for the restore itself, last run date, result, and owner.

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