How a UK Retailer Gained 27pp AI Visibility with an API-Driven GEO Pilot
A UK retailer ran an eight-week API-driven GEO pilot with Quadrant that raised average prompt-level AI visibility from 11% to 38%, cut audit hours by 80% and delivered a 4x pilot ROI through automated, approved content updates.

How a UK retailer improved AI visibility
A mid-sized UK retailer under pressure to appear in AI-driven product recommendations ran an eight-week pilot with Quadrant to test whether Generative Engine Optimisation could fit into enterprise workflows and deliver measurable commercial returns.
The pilot tracked 150 high-priority shopping prompts and increased average prompt-level AI visibility from 11% to 38%. That uplift translated into a stronger share of AI mentions and a much faster route from insight to published content updates.
The challenge
The retailer’s leadership, digital and search teams were facing three practical barriers to better performance in AI recommendations:
- Product mentions were inconsistent across knowledge sources and product pages, which weakened model citations.
- AI answers often favoured competitor SKUs because product facts were fragmented and difficult to audit at scale.
- Manual monitoring took too much time and gave little clarity on which fixes mattered most.
As a result, optimisation work was slow, reactive and hard to measure. The retailer needed a platform that could work with existing systems, automate the audit-to-publication loop and still maintain brand control.
Inside the API-driven rollout
The pilot was designed to mirror enterprise architecture patterns and keep integration overhead low.
| Layer | Component | Owner | Key detail |
|---|---|---|---|
| Data ingest | Product catalogue, CMS and third-party knowledge connectors | Retail data engineering | Daily sync of product attributes and canonical descriptions into Quadrant via a secure connector |
| Analysis | Quadrant GEO platform | Search and optimisation team | Automated AI visibility audit across 150 tracked prompts with citation analysis and mention accuracy scores |
| Action | CMS update pipeline and content queue | Digital content team | OpenAPI endpoints to push approved snippets back into the CMS for staged publish |
| Governance | Approval workflow and QA | Brand and legal | Human sign-off for every published snippet before go-live |
The OpenAPI calls used during the pilot were intentionally simple and low risk:
curl -X GET "https://api.projectquadrant.com/v1/visibility?site=uk-retailer&prompts=150" -H "Authorization: Bearer "
curl -X POST "https://api.projectquadrant.com/v1/snippets/publish" -H "Authorization: Bearer " -H "Content-Type: application/json" -d '{"sku":"12345","snippet":"Our quick-dry travel jacket is water-resistant and machine washable","environment":"staging"}'
How the team automated optimisation
The pilot focused on turning AI visibility insights into repeatable content actions.
- Automated audits generated prompt-level insight cards showing missing facts, weak citations and suggested copy changes. Each card included a recommended snippet ready for review.
- Editorial templates turned those insights into reusable product snippets optimised for conversational answers and stronger citation clarity.
- A staged publishing workflow allowed content owners to review, approve and schedule updates in the CMS without manual rework.
This approach preserved brand control while making the process faster and more consistent.
Example answer-ready snippets
- "Our Everyday Ceramic Mug is dishwasher-safe, 350ml capacity and comes with a two-year guarantee."
- "The Coastal Waterproof Jacket uses recycled nylon and features sealed seams for reliable rain protection."
- "Next-day delivery available on in-stock kitchen appliances across the UK."
Review process
- Quadrant flags a prompt with low visibility and identifies missing facts.
- The optimisation team selects a suggested snippet from the insight card.
- Brand reviewers approve or edit the snippet.
- The approved snippet is pushed to staging and then published.
What changed after launch
The pilot delivered clear performance gains and a measurable operational impact.
| Metric | Before | After | Absolute change | Relative change |
|---|---|---|---|---|
| Average prompt-level visibility | 11% | 38% | +27 percentage points | +245% |
| Citation share for retailer SKUs | 9% | 32% | +23 percentage points | +256% |
| Mention accuracy | 68% | 92% | +24 percentage points | +35% |
| Weekly manual audit hours | 10 hrs | 2 hrs | -8 hours | -80% |
Commercial impact and ROI
The eight-week pilot cost £28,000. Over the following 90 days, incremental attributable revenue from improved AI-led product recommendations was estimated at £112,000, representing a 4x return on pilot spend.
The retailer also reported faster time-to-publish and clearer prioritisation of content work, making it easier to scale the approach across additional categories.
What the team said
“We needed something that fitted into our existing pipelines and actually moved the needle. Quadrant helped us find and fix the exact product facts AI models were using. The uplift in AI mentions meant more validation in conversational answers and measurable revenue impact.”
Why this pilot mattered
This pilot shows that an API-first Generative Engine Optimisation approach can integrate with enterprise systems, reduce manual auditing and turn AI visibility insights into controlled, repeatable content updates.
For UK retail decision-makers evaluating GEO tools, a short, evidence-led pilot like this offers a practical way to test whether products are appearing in AI recommendations and whether that visibility translates into commercial value.
It also highlights the benefit of pairing an AI visibility tracker with a governed publishing workflow, so brand teams keep control while automation removes repetitive work.