Technical Audit & Schema
Crawl control and index policy.
Search
Programmatic SEO
Templated pages work exactly as far as your differentiated data goes. Past that point every additional page competes with your own and dilutes the whole set.
At a glance
- Pillar
- Search
- Cycle time
- Months
- Cap
- Set by your data
- Measured on
- Pages earning traffic
- Includes
- Pruning
Programmatic SEO is the generation of templated pages from structured data, capped at the point where each page stops being genuinely different from the last.
Programmatic SEO · definitionWhy scale needs a ceiling
If each page has genuinely different inventory, pricing, integrations or outcomes, scale helps. If it has a swapped noun, scale is a liability.
Data sets the limit
Not the template, and not ambition.
Answer engines punish sameness
A model choosing a passage to quote will skip near-identical pages.
Cannibalisation is the usual failure
Thousands of pages competing for overlapping intent suppress each other. The fix is consolidation before expansion.
How it works
Audit the data
What actually differs between pages, field by field.
Set the cap
The page count your data can genuinely support.
Design the index policy
Which facet and template combinations are indexable, based on real demand.
Build with editorial where it counts
Original detail on the pages that drive revenue.
Prune continuously
Measure per cohort, consolidate or remove what earns nothing.
What is included
01
Data differentiation audit
Field-level analysis of what varies.
02
Page-count cap
With the reasoning written down.
03
Template and index policy
Explicit rules for what gets indexed.
04
Internal linking structure
By intent and hierarchy, not flat automation.
05
Cohort reporting
Performance per template and per cohort.
06
Pruning programme
Consolidation and removal as standing work.
How it is measured
Performance per template and per page cohort, so you can see which parts of the set earn their place and which should be removed.
- Indexation rate: how much of the published set is indexed at all
- Pages earning traffic: the share producing sessions rather than sitting dormant
- Cannibalisation: priority terms where your own pages compete
- Conversion per cohort: whether the traffic is commercially useful
- Citation of templates: whether structured pages are being lifted into answers
Baseline figures · to supply per client
Controlled scale against bulk generation
| Dimension | Bulk generation | RankingBite |
|---|---|---|
| Page count | As many as the template allows | Capped at genuinely differentiated data |
| Content per page | Spun or minimally varied | Distinct data, plus editorial where it matters |
| Indexation policy | Publish everything | Selective, with pruning built in |
| Internal linking | Flat and automatic | Structured by intent and hierarchy |
| Ongoing work | Publish and forget | Prune, consolidate, refresh |
When your data supports it
A good fit when
- You have a real dataset: inventory, locations, integrations, comparisons.
- Search demand exists at the long-tail level you want to target.
- You can support templates operationally over time.
Not the right service when
- Pages would differ only by a substituted keyword.
- Your core pages are not yet performing.
- Nobody will own pruning and maintenance after launch.
We will usually recommend a smaller set than you were expecting, and pruning before publishing.
Frequently asked questions
How many pages is too many?
However many you can make genuinely different. That number is usually far lower than the tooling allows and is set by the data, not by ambition.
Is programmatic SEO against Google guidelines?
Scaled content produced with little value is. Pages built on real, differentiated data with a genuine user purpose are not. The distinction is substance, not automation.
Do these pages get cited by AI engines?
Structured pages with real data are lifted readily. Thin templated prose is not.
What if we already published thousands of thin pages?
We start by measuring which ones earn anything, then consolidate or remove the rest. Recovery usually comes from subtraction before anything new is added.