Planning13% of the exam

Environment risks, backup and business continuity

Which environment risks an architect must plan for and how to mitigate each: coordinated multi-system releases with additive changes, data backups that metadata rollback cannot replace, tested restores, kept pipeline artifacts, capacity and load testing before peaks, deployment windows with notice and post-deploy checks, and continuity plans for communication and vendors.

Official exam objective
Understand customer environment risks and articulate appropriate mitigation strategies.

~8 min read · 13 practice questions ·

What the exam expects

  • Recommend a backup and restore strategy that separates metadata (restored by redeploying from source) from record data (restored only from a backup taken before the change), and test restores on a schedule.
  • Mitigate cross-system release risk with coordinated releases, compatibility testing and additive interface changes.
  • Plan business continuity for people, communication channels and vendor dependencies.
  • Reduce release risk with kept pipeline artifacts, capacity projection, production-scale load tests, deployment windows, stakeholder notice and post-deployment checks.

Key terms: RTO (maximum acceptable downtime after a failure); RPO (maximum acceptable data loss, measured in time); additive change (adding a field or element instead of renaming or removing one); build artifact (the deployment package, test results, scan reports and logs a pipeline run keeps); deployment window (a planned low-usage period for a release).

Key facts

Metadata rollback
Detail
Redeploy the previous version; no native rollback command
Data changes
Detail
Need a pre-deployment backup to restore
Recycle Bin
Detail
Holds deleted items, not prior values of updated records
Data Export cadence
Detail
Every 7 days (weekly export) or 29 days; files need their own options; zips deleted after 48 hours; not in sandboxes
Backup frequency
Detail
Set by RPO; daily backup gives a 24-hour RPO; native export has no point-in-time restore
Restore validation
Detail
Quarterly, into scratch orgs or developer sandboxes
Pipeline artifacts
Detail
Keep packages, test results, scan reports and logs
Concurrent refreshes
Detail
Processed in series, not parallel
SandboxPostCopy
Detail
Runs as the Automated Process user, which lacks access to some objects
Post-deployment watch
Detail
Smoke tests, then enhanced monitoring for 24-48 hours
Sources for this section (7)
  • Why does a release that bulk-updates records need a backup even when every version is tagged in Git?
  • When is a backup trustworthy?
  • Why do several sandbox refreshes started together appear stuck?
  • What should stakeholders hear before a deployment window?

The questions are free to read. Answers with their sources and self-grading are included with the pack.

Keep reading with the Platform Development Lifecycle and Deployment Architect pack

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The pack includes:

  • All 26 lessons of the Platform Development Lifecycle and Deployment Architect guide, with reading progress
  • Interactive decision walks and step-by-step sequence steppers
  • Inline practice questions and one-click topic practice (13 questions for this lesson)
  • An official source cited for every claim
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Practice for the Platform Development Lifecycle and Deployment Architect exam