PSEO QA Checklist: Catch Issues Before Publishing

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PSEO QA Checklist: Catch Issues Before Publishing
TL;DR: Programmatic pages at scale mean mistakes at scale. A systematic QA process catches thin content, data errors, template bugs, and SEO issues before publishing thousands of pages with the same problems. This checklist covers data validation, content quality, technical SEO, and user experience checks that should happen before any PSEO batch goes live.

The power of programmatic SEO is scale. Generate content once, publish thousands of pages. But this power cuts both ways. A template error that creates thin content affects every page built from that template. A data quality issue propagates across your entire programmatic page set.

QA for PSEO requires systematic validation at multiple levels: the data feeding your templates, the templates themselves, the technical SEO implementation, and the final rendered pages. Skipping any layer creates risk.

This checklist provides a comprehensive pre-publish QA process for programmatic comparison content. Use it as a starting point and adapt to your specific implementation.

QA layers diagram showing data validation, template validation, technical SEO, and rendered output checks
Figure 1: PSEO QA validation layers

Data Validation Checklist

Before data reaches your templates, validate its quality.

Completeness Checks

  • ☐ All required fields are populated (no null/empty values where content is expected)
  • ☐ Minimum content thresholds met (enough items per category, enough text per field)
  • ☐ No placeholder or test data remaining (“Lorem ipsum,” “TODO,” “FIXME”)
  • ☐ Images/assets referenced actually exist
  • ☐ URLs in data are valid and accessible

Accuracy Checks

  • ☐ Pricing data is current (spot-check against source)
  • ☐ Feature claims are accurate (verify against product documentation)
  • ☐ Ratings/scores match source data
  • ☐ Company/product names spelled correctly
  • ☐ Categories and classifications are correct

Format Checks

  • ☐ Dates in consistent format
  • ☐ Currency symbols consistent and correct
  • ☐ Numbers formatted appropriately (decimals, thousands separators)
  • ☐ Text encoding is correct (no garbled characters)
  • ☐ No HTML entities appearing as text (& instead of &)

Template Validation Checklist

Test your templates with representative data before full deployment.

Edge Case Handling

  • ☐ Very short data (minimum values) renders acceptably
  • ☐ Very long data (maximum values) doesn't break layout
  • ☐ Missing optional data handles gracefully (no “undefined” in output)
  • ☐ Special characters in data don't break templates
  • ☐ Empty arrays/lists don't show “No results” inappropriately

Content Quality Checks

  • ☐ Generated text reads naturally (not robotic or formulaic)
  • ☐ No repeated phrases across the page
  • ☐ Sentences vary in structure and length
  • ☐ Content passes thin content threshold (meaningful substance beyond template)
  • ☐ Each page is sufficiently unique from siblings

Variable Substitution

  • ☐ All variables are correctly substituted (no [[variable]] in output)
  • ☐ Correct pluralization (“1 result” vs “5 results”)
  • ☐ Context-appropriate articles (“a” vs “an”)
  • ☐ Dynamic text matches surrounding content grammatically
Issue TypeWhat to CheckExample Problem
Missing dataNull/undefined handling“Best undefined in Chicago”
Empty listsZero-item graceful handlingShowing “Top 0 results”
Long textLayout overflowText breaking out of containers
Special charsEncoding issues“Café” showing as “Café”

Technical SEO Checklist

Meta Elements

  • ☐ Title tags are unique and properly formatted
  • ☐ Title length appropriate (under 60 characters)
  • ☐ Meta descriptions unique and compelling
  • ☐ Canonical tags point to correct URLs
  • ☐ No accidental noindex tags
  • ☐ Hreflang correct (if international)

Structured Data

  • ☐ Schema markup validates without errors
  • ☐ All required properties present
  • ☐ URLs in schema are absolute and correct
  • ☐ Schema data matches visible content
  • ☐ BreadcrumbList reflects actual hierarchy

Internal Linking

  • ☐ Links to parent/category pages work
  • ☐ No broken internal links
  • ☐ Breadcrumbs link correctly
  • ☐ Related content links are relevant
  • ☐ No orphan pages (all pages linked from somewhere)

Technical Accessibility

  • ☐ Pages return 200 status codes
  • ☐ No redirect chains or loops
  • ☐ Pages load within acceptable time
  • ☐ No JavaScript errors in console
  • ☐ Pages render without JS for crawlers
Flowchart showing QA process from data validation through staging review to production deployment
Figure 2: QA process flow

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User Experience Checks

Visual Review

  • ☐ Page layout looks correct across sample pages
  • ☐ Images load and display at correct sizes
  • ☐ Typography is consistent and readable
  • ☐ CTAs are visible and clickable
  • ☐ Mobile layout works correctly

Content Review

  • ☐ Headlines make sense
  • ☐ Content flow is logical
  • ☐ No obvious grammatical errors
  • ☐ Comparisons are fair and accurate
  • ☐ Disclosures appear where required

Sampling Strategy

You can't manually review every page at scale. Use strategic sampling:

  • Edge cases: Highest and lowest data values
  • Category representatives: One from each major category
  • Random sample: 1-5% random selection
  • New data: Any page with recently added data
  • High-value pages: Pages targeting top keywords

Automation Opportunities

Automate what you can:

  • Data validation scripts: Check completeness, format, ranges
  • Schema validation: Automated structured data testing
  • Link checking: Crawl for broken links
  • Title/meta uniqueness: Script to detect duplicates
  • Visual regression: Catch layout breaks automatically
Key principle: Automate detection, but don't automate judgment. Scripts can flag potential thin content; humans decide if it's actually a problem.

Implementation Process

  1. Create a QA staging environment: Never QA in production
  2. Run automated checks first: Catch obvious issues at scale
  3. Sample for manual review: Strategic selection per above
  4. Document issues: Track what you find for pattern identification
  5. Fix at source: Template or data fixes, not page-by-page
  6. Re-run checks: Verify fixes worked
  7. Deploy incrementally: Start with subset before full deployment
  8. Monitor post-launch: Watch Search Console for issues

QA for PSEO is about catching systemic issues before they affect thousands of pages. A rigorous pre-publish process protects your site's SEO health and ensures you're publishing content that actually serves users.

For avoiding thin content specifically, see our guide on Avoiding Thin Content in PSEO. For measuring page uniqueness, check out PSEO Uniqueness Scoring.

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