Use the FTC’s final Sitejabber order to design review lineage controls for collection timing, experience scope, aggregation, AI summaries and search distribution.
Short answer: The Sitejabber order shows that review truth depends on lineage before AI summarisation begins. Teams must preserve when feedback was collected, what experience the reviewer actually had, which object was rated, how responses entered averages, counts and summaries, and where those outputs were distributed. An accurate summarisation model cannot cure input that is misrepresented as post-use product experience.
AI review summaries attract attention because a model condenses many comments into a few claims. The more fundamental governance question is whether the underlying comments and ratings represent the experience the interface says they represent. Collection timing, prompt wording, eligibility and object identity determine that long before generation.
This case is useful because it connects upstream collection to downstream averages, counts and search display. CDM’s lesson is not that AI summaries are inherently deceptive. It is that every published review-derived statement needs a trace to eligible source records and a documented transformation that preserves scope and uncertainty.
What the official evidence establishes
In January 2025, the FTC announced its final consent order against Sitejabber. The FTC said the company misrepresented ratings and reviews collected from consumers who had not yet received or had an opportunity to experience the purchased product or service, and that inflated ratings and counts appeared in search results. These are the agency’s documented case statements; this article does not add undisclosed facts.
The FTC’s broader review and endorsement guidance says platforms should have processes so published reviews accurately reflect feedback from genuine customers. In the UK, the CMA’s guide for review publishers treats overall ratings, summaries, counts and rankings as review information and describes steps publishers need to take.
CDM inference: generative summaries add a transformation layer but do not replace review eligibility, object mapping or aggregation controls. A summary should be reviewed against the source set and labelled with coverage and limitations; the precise legal obligations depend on market and role.
The CDM Review Information Lineage Map
Trace each published output backwards. A star, count, ranking or generated sentence should resolve to an eligible population, collection moment, question and transformation version.
| Lineage stage | Required evidence | Control question | Common distortion |
|---|---|---|---|
| Eligibility | Order, fulfilment/use opportunity and identity signals | Was the reviewer able to experience the rated object? | Checkout feedback labelled product review |
| Collection | Prompt, timing, incentive and channel | What exactly was the person asked to rate? | Shopping experience merged with product quality |
| Moderation | Policy, flags, removals and appeals | Were rules applied consistently without favouring sentiment? | Negative reviews suppressed |
| Aggregation | Population, exclusions, weighting and period | Which records enter the average/count? | Ineligible ratings inflate totals |
| AI summary | Source IDs, prompt/model/version and validation | Does each theme reflect eligible evidence? | Minority or uncertain claim stated as consensus |
| Distribution | Page, schema, feed, search and partner output | Does context travel with the result? | Summary detached from scope and period |
How to run the Review Information Lineage Map
1. Define the reviewed object and experience
Create stable IDs for business, product, variant, service and transaction stage. Decide what experience is required before feedback can be labelled a product or service review. Keep purchase-process feedback in its own class instead of relabelling it later.
2. Instrument collection timing
Store prompt text, timestamp, order and fulfilment state, incentive and channel. Do not infer post-use experience from purchase alone. Where a person can review before fulfilment, label the feedback narrowly and exclude it from outputs that claim product experience unless specialist review approves otherwise.
3. Reconcile the eligible population
For each rating, count and summary job, query the source IDs that entered and those excluded. Verify deduplication, object mapping, period and moderation. Preserve the denominator and do not allow a UI total to float free of its data definition.
4. Validate AI-generated summaries
Generate only from the approved eligible set. Link each theme to supporting review IDs, measure coverage and inspect contradictions, recency and minority views. Prohibit claims about product performance that the reviews or other evidence do not support. Escalate sensitive allegations rather than smoothing them into a score.
5. Test every distribution surface
Compare the onsite page, structured data, merchant feed, search appearance, email module and partner syndication. Verify rating value, count, object, period and qualifying language. Search visibility magnifies upstream mistakes; it does not change the underlying lineage requirement.
6. Monitor and correct
Sample outputs, investigate unusual jumps, provide report and appeal routes, and retain a correction log. When eligibility changes, recalculate aggregates, regenerate summaries and update downstream surfaces. Keep the original record where legally appropriate but prevent it from continuing to influence ineligible outputs.
Decision rules
A review-derived output is publishable only when the team can explain who was eligible, what was asked, how the set was transformed and what the audience is told.
| Signal | Decision | Evidence to retain |
|---|---|---|
| Feedback collected before use opportunity | Classify as purchase/process feedback, not product-experience review | Order state and prompt evidence |
| Review object cannot be resolved | Exclude from object-level aggregate until mapped | Review ID and mapping ticket |
| Summary theme lacks traceable supporting reviews | Remove or regenerate; do not publish unsupported theme | Theme-to-source mapping |
| Distribution surface shows count/value without scope | Correct context and downstream data | Surface capture and feed/schema record |
| Eligibility bug affects published outputs | Contain, recalculate, correct and document | Incident range, corrected values and notice decision |
Build the evidence record before launch
The map should be queryable, not a retrospective slide. Product, review, analytics and legal teams need the same identifiers and definitions.
- Review ID, reviewer eligibility signal, object ID and experience stage.
- Exact collection prompt, channel, timestamp, incentive and disclosure.
- Moderation events, reasons, appeal and final eligibility state.
- Aggregate query/version, inclusions, exclusions, weights and denominator.
- AI summary input set, model/prompt version, theme evidence and reviewer sign-off.
- Published surfaces, structured data or feeds and synchronisation timestamps.
- Correction event, downstream refresh, owner and verification result.
Review data can contain personal information and sensitive allegations. Apply access, retention, security and redaction controls. A public transparency page can explain methods without exposing reviewer identities or internal fraud signals.
Separate fact, CDM inference and the operating decision
Documented fact
The FTC’s final order and accompanying announcement concern alleged misrepresentation of pre-experience feedback as ratings and reviews from customers with experience; official US and UK guidance also addresses review publication practices.
CDM inference
A generated review summary is safest when treated as a governed derivative with traceable eligibility and coverage, but lineage alone cannot guarantee fairness or prevent every misleading net impression.
Operating decision
Do not publish a rating, count or AI summary unless its eligible source population, experience stage, reviewed object, transformation and downstream context can all be reconstructed and corrected.
Worked example: checkout feedback that contaminates a product summary
A fictional appliance retailer asks buyers to rate “your experience so far” immediately after checkout and later invites post-delivery product reviews. Both records enter the same warehouse table. An AI summary concludes that customers praise the appliance’s performance, even though many high ratings concern only checkout speed.
The lineage map exposes two collection stages and prompts. The team separates purchase-process feedback, maps post-delivery reviews to product variants and regenerates the product summary from eligible records. The checkout score remains available only under a clearly labelled purchase-experience measure.
Structured data, onsite counts and partner feeds are recalculated from the same governed population. The team retains a correction record and adds monitoring for sudden changes in the proportion of pre-fulfilment feedback. This fictional example applies the operational lesson; it is not an account of Sitejabber.
Limitations and review boundary
The final Sitejabber order applies to the parties and facts of that matter. This article is an operational interpretation, not a statement that another business has violated law. Review current FTC, CMA and applicable local guidance with consumer-protection counsel.
Verified purchase and fulfilment signals are imperfect: gifts, services, returns and offline experience can complicate eligibility. AI summaries can omit minority views or misstate nuance even with clean inputs. Human review, user feedback and correction remain necessary.
Related guides
Frequently asked questions
Can checkout feedback ever be published?It may be published accurately as feedback about the purchase or checkout experience, subject to applicable rules. Do not present it as post-use product experience when the customer had not had that opportunity.
Does verified purchase prove a review is truthful?No. It is one eligibility signal. Reviews can still be mistaken, manipulated or unrelated, and genuine customers can disagree. Preserve moderation and appeal processes.
Should an AI summary include every review?Not necessarily, but the inclusion rules must be legitimate, documented and consistently applied. Report the eligible period and population, and inspect whether exclusions distort themes.
Can schema markup contain an AI-generated rating summary?Structured data must accurately represent visible page content and follow platform rules. The lineage and eligibility issue remains. Obtain technical and legal review before publishing derived review information.
What should trigger a review-summary correction?Eligibility bugs, object mismatches, moderation reversals, source-set changes, unsupported themes, outdated periods or inconsistent downstream displays. Regenerate and verify every affected surface.
Method and publication status
This prepublication draft was researched from the primary materials linked at the claims they support and checked on 12 October 2026. It requires the named specialist review, live-product retesting where indicated, a real 16:9 editorial image and final URL verification before publication. It is operational analysis, not legal, security or compliance advice.
This article is editorial guidance. Apply the principles in proportion to your market, evidence, and responsibilities.



