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Runbooks For Incidents And Data Issues

Learn Runbooks For Incidents And Data Issues for free with explanations, exercises, and a quick test (for BI Analyst).

Published: December 22, 2025 | Updated: December 22, 2025

Why this matters

When a dashboard goes blank, a metric spikes unexpectedly, or data stops refreshing, the business needs fast, repeatable recovery. A clear runbook turns panic into a routine: what to check, who to notify, and how to fix or mitigate. As a BI Analyst, you are often first to triage symptoms, confirm impact, and guide others through resolution.

  • Protect revenue and decisions by restoring trusted data quickly.
  • Reduce time-to-diagnosis with a known set of checks.
  • Improve team coordination with predefined communication and roles.
  • Create reusable knowledge for future incidents.

Concept explained simply

A runbook is a short, action-focused guide that tells you exactly what to do when a specific data or reporting issue occurs. Think of it as a checklist you follow when an alert fires or someone reports a problem.

Mental model

Use the cookbook model: trigger, ingredients, recipe, plating.

  • Trigger: the symptom that starts the runbook (e.g., stale data alert).
  • Ingredients: systems, credentials, queries, contacts.
  • Recipe: triage steps, diagnostics, fix/rollback, communications.
  • Plating: validation, incident closure, and post-incident notes.

Standard runbook template

Copy this template for any data incident
Title: [Short, specific]
Owner: [Team/Person]
Last updated: [YYYY-MM-DD]
Severity levels: [S1 - Critical, S2 - High, S3 - Medium, S4 - Low]

1) Trigger & symptoms
- When to use: [Alert name or symptom]
- Typical signals: [e.g., dashboard error, freshness > X hours]
- Impact: [Teams/processes affected]

2) Preconditions & tools
- Access needed: [BI tool, warehouse, orchestration]
- Dashboards/queries: [paths or names]
- Contacts: [on-call analyst/engineer, product, support]

3) First 5 minutes (triage)
- Acknowledge incident and set severity
- Confirm symptom and timestamp
- Pause risky actions (e.g., deployments)

4) Diagnostics (10–30 minutes)
- Freshness checks: SELECT max(updated_at) ...
- Volume/anomaly checks: SELECT count(*) ...
- Pipeline status: [check last job run, logs]
- Permissions/connectivity: [BI-to-DB connectivity]

5) Fix or workaround
- Known fixes: [restart job, clear cache, re-run model]
- Rollback: [how, when to use]
- Workaround: [temporary data source or disable broken tile]

6) Communication
- Status channel: [channel/name]
- Update cadence: [e.g., every 30 minutes until resolved]
- Templates: [initial, update, resolved]

7) Validation & close
- Data checks: [freshness, counts, key metrics]
- Stakeholder sign-off: [names/roles]
- Post-incident: [root cause notes, actions, date]

Worked examples

Example 1: Dashboard showing stale data

Symptom: KPI dashboard claims last refresh 12 hours ago (threshold is 2 hours).

  • First 5 minutes: Confirm freshness lag on the source table with SELECT now() - max(updated_at). Check orchestration tool for failed job.
  • Diagnostics: If job failed, read error message. Check upstream source availability and credentials.
  • Fix: Re-run failed job; if upstream is down, activate a fallback snapshot and place a banner on the dashboard.
  • Communication: Notify channel with severity S2, ETA if known, and next update time.
  • Validation: Ensure freshness under 2 hours and KPIs match expected ranges.
Mini runbook snippet
Trigger: Freshness alert > 2h
Checks: max(updated_at), pipeline run logs
Fix: Rerun job, clear BI cache, revalidate trend last 7 days
Comms: Update every 30m until resolved, then final summary

Example 2: Pipeline failure causes row count drop

Symptom: Daily orders table has 70% fewer rows than typical weekday.

  • First 5 minutes: Compare row count to 4-week weekday average.
  • Diagnostics: Check deduping logic, late-arriving data, or failed upstream stage.
  • Fix: Reprocess the affected partition; if dedupe is too aggressive, adjust key or temporarily relax until fix is deployed.
  • Communication: Share the scope (date partitions affected) and expected recovery time.
  • Validation: Recount rows, reconcile with source counts.
Mini runbook snippet
Trigger: Orders row count < 80% of baseline
Checks: Baseline window, upstream stage status
Fix: Reprocess date, adjust dedupe key, backfill
Comms: Affected dates and business impact (dashboards relying on orders)

Example 3: Metric spike likely due to duplication

Symptom: Revenue spikes 30% in one day with no known event.

  • First 5 minutes: Verify dimension and time filters match usual dashboard defaults.
  • Diagnostics: Check duplicates in fact table, double loads, timezone boundary effects, or schema change in joins.
  • Fix: Remove duplicate loads, correct join keys, re-run model; temporarily pin dashboards to previous correct partition.
  • Communication: State suspicion of duplication, ask for business confirmation of campaigns if any.
  • Validation: Compare recalculated revenue to previous baselines and finance extracts.
Mini runbook snippet
Trigger: Revenue day-over-day change > 20% without event
Checks: Duplicates by natural key + date; join cardinality
Fix: Purge double-loaded partition, re-run
Comms: Flag provisional; confirm after validation

How to write a good runbook in 30 minutes

  1. Pick one frequent incident (e.g., stale dashboard).
  2. Define the trigger and severity mapping in one sentence each.
  3. List the 3 fastest triage checks you always run.
  4. Write the most common fix and a safe rollback or workaround.
  5. Paste communication templates and set an update cadence.
  6. Add validation steps and who signs off.
  7. Save, date it, and share the location with your team.
Quality checklist (open and tick)
  • Trigger is specific and observable
  • Owner and last updated date present
  • First 5-minute triage steps are short and ordered
  • Diagnostics include freshness, volume, and logs
  • Clear fix, rollback, and workaround
  • Communication channel, cadence, and templates
  • Validation queries and sign-off

Communication templates

Initial incident message
[INCIDENT][S2] Stale KPI dashboard since 09:00 UTC
Impact: Exec KPI dashboard shows data older than 6h
Started: ~09:10 UTC; Trigger: freshness alert > 2h
Actions: Triage started; checking pipeline status
Next update: 30 minutes or sooner if resolved
Owner: BI On-call
Update message
[UPDATE][S2] KPI dashboard
Findings: Upstream load failed due to credential expiry
ETA: Credentials refreshed; backfill running (~25m)
Next update: 20 minutes
Resolved message
[RESOLVED][S2] KPI dashboard freshness
Fix: Credentials rotated; backfill completed
Validation: Freshness < 2h; KPIs match last week pattern
Follow-up: Post-incident notes and actions by EOD

Common mistakes and how to self-check

  • Vague triggers: Replace generic phrasing with measurable signals (e.g., freshness > 2h).
  • Skipping the first 5-minute plan: Write 3 fastest checks; avoid deep-dive too early.
  • No communication cadence: Define who, where, and how often to update.
  • One-off fixes only: Always include workaround and rollback.
  • Missing validation: List the exact queries and thresholds to confirm resolution.
  • Stale runbooks: Add last updated date and a quarterly review reminder.
Self-check prompts
  • Can a new teammate run this without asking me questions?
  • Would this reduce time-to-diagnosis by at least 50%?
  • Are the commands and queries copy-paste ready?

Exercises

Do these to practice documenting and using runbooks. The quick test is available to everyone; only logged-in users get saved progress.

Exercise 1: Draft a stale-data runbook

Create a runbook for the case where a key dashboard shows data older than your freshness threshold.

Exercise 2: Incident communication pack

Write initial, update, and resolved messages plus an update cadence for a data pipeline outage.

Completion checklist
  • Both exercises completed
  • Owner and last updated date present
  • Communication cadence clearly defined
  • Validation queries included

Mini challenge

Scenario: A sales conversion metric drops to near zero post-deployment. In 5 bullet points, outline severity, first 3 checks, who you notify, and your rollback plan. Then write a 3-line initial incident message.

Who this is for

  • BI Analysts and Analytics Engineers who support dashboards and metrics.
  • Data-savvy PMs who coordinate incident response.
  • Anyone on data on-call rotation.

Prerequisites

  • Basic SQL (counts, max timestamps, simple joins).
  • Familiarity with your BI tool and data pipeline orchestrator.
  • Access to logs and job histories in your data platform.

Learning path

  1. Adopt the standard template and fill it for one common incident.
  2. Create communication templates and agree on a channel and cadence.
  3. Pilot the runbook in a mock incident and refine based on timing.
  4. Document 2 more incidents (pipeline failure, metric spike).
  5. Schedule quarterly runbook reviews.

Practical projects

  • Runbook library: Publish 3 incident runbooks in a shared location with owners and review dates.
  • Drill: Run a 30-minute tabletop exercise using your runbook and record timings.
  • Alert-to-action: Map each alert to its runbook trigger and verify no gaps.

Next steps

  • Finish the exercises and take the quick test to check your understanding.
  • Share the template with your team and decide on review cadence.
  • Add your runbook locations to the on-call handoff notes.

Practice Exercises

2 exercises to complete

Instructions

Create a concise runbook for the case where a critical dashboard shows data older than your allowed freshness threshold (e.g., > 2 hours). Use the standard template and include:

  • Trigger, severity mapping, and first 5-minute steps
  • Diagnostics: freshness, volume, and logs
  • Fix, rollback, and a temporary workaround
  • Communication: channel, cadence, and 3 message templates
  • Validation queries and sign-off
Expected Output
A one-page runbook with clear trigger, checklist-style triage, example SQL checks, comms templates, owner, and last updated date.

Runbooks For Incidents And Data Issues — Quick Test

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