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Illustrative sample · AEO/GEO Fix Pack

100W USB-C charger repair pack.

This sample shows what an ecommerce seller receives after one SKU is tested against AI shopping prompts. A paid pack replaces this public example with live model outputs, platform-specific evidence gaps, and publishable repair assets.

Platform: Amazon + Shopify Category: Consumer electronics accessories Market: United States Status: Sample delivery format
Managed from Workspace This is the full delivery artifact for one SKU. Use Workspace to manage the queue, publish work, client handoff, monitoring, and retests. Return to Workspace

Priority command

Proof layer first.

Start with the PDP compatibility and safety block. The detailed diagnosis below explains why; the assets section contains the publishable draft.

Primary issue

Evidence trust gap

AI sees the charger as technically plausible, but not well-proven.

Main competitors

Competitor A + B

Both brands surface clearer compatibility, safety, and review proof.

Top missing signals

Compatibility, safety, proof

The SKU lacks extractable evidence across the key shopping prompts tested.

First action

Repair the product proof layer

Start with compatibility, heat behavior, and wattage-sharing clarity.

Why AI hesitates.

Diagnosis

Why AI recommends competitors first.

The issue is not just content volume. The issue is that competitor evidence is easier for AI to extract, trust, and restate in shopping answers.

Owned proof Product facts are present but thin

AI can see a charger, but not enough extractable proof around compatibility and safety.

Citation support Third-party support is weak

Competitors have more review, comparison, and retailer evidence for AI to cite safely.

Competitor fallback Competitor A is easier to defend

AI falls back to known brands when the SKU cannot prove fit, wattage behavior, and trust.

Diagnosis narrative

AI trusts the competitors before it understands the SKU.

In trust-led prompts, AI is likely to recommend Competitor A and B first because their public evidence is easier to extract: device fit, safety claims, review volume, retailer proof, and comparison mentions. This charger may still be competitive, but it does not currently present enough structured, verifiable proof for AI to confidently defend that recommendation.

Prompt cluster tested

  • Best 100W USB-C charger for MacBook travel
  • Compact charger for laptop, phone, and watch
  • Safe GaN charger that stays cool
  • 100W charger alternative to Apple 96W adapter

Likely shelf winners

  • Competitor A: premium trust, review depth, charger safety proof
  • Competitor B: compact value, clear 100W positioning, retailer mentions
  • Competitor E: price-sensitive angle and travel-adapter variants
Where the recommendation case breaks.

Evidence gaps

What is missing from the recommendation case.

These are not copy problems alone. These are evidence problems that weaken AI confidence when buyers ask trust-sensitive questions.

High priority Compatibility

Model fit is too vague.

Buyers and AI both need exact device guidance: which MacBook models charge at full speed, partial speed, or not ideally at all.

High priority Safety proof

Heat behavior lacks proof.

The product mentions GaN and safety, but does not provide enough extractable reassurance about sustained load, temperature, and protection behavior.

Medium priority Wattage sharing

Multi-port output is not explicit.

AI cannot easily explain what happens when a laptop, phone, and earbuds are connected together, so competitor answers sound safer.

Medium priority Third-party proof

External validation is too thin.

Without reviews, comparison pages, or credible mentions, AI has fewer safe citations to justify recommending this SKU over leaders.

What should ship first.

Fix priorities

What should be fixed first.

The right sequence is to strengthen the recommendation case before producing volume. The first wins should improve clarity, trust, and extraction quality.

Priority 1

Repair the PDP proof layer.

  • Add exact compatibility guidance for major MacBook models.
  • Explain heat behavior and safety protections in answer-ready language.
  • Clarify output behavior for one-port, two-port, and three-port use.

Priority 2

Propagate the same facts outward.

  • Rewrite marketplace bullets with clearer wattage and travel positioning.
  • Deploy FAQ, schema, and comparison content using the same verified claims.
  • Give creators a brief that captures real-world proof, not generic praise.

Priority 3

Create external recommendation support.

  • Earn or publish credible review and comparison mentions.
  • Support AI with clearer structured fields and retailer trust signals.
  • Retest after each proof layer is published to see which signals move fastest.

Verify before publishing — Qurifix surfaces evidence gaps and draft copy. Every claim still needs your own seller verification before it goes live on PDP, listing, FAQ, or schema.

Publishable assets

Execution-ready deliverables.

Once the diagnosis is clear, these are the exact assets a seller or operator can publish to repair the evidence story across channels.

PDP block

Compatibility proof

Works best for: MacBook Air, MacBook Pro 14, iPad Pro, iPhone, and USB-C travel setups. For MacBook Pro 16, use the primary USB-C port for the fastest single-device charging.
FAQ block

Buyer objection answer

Q: Does the charger get hot? A: It may warm under continuous laptop charging, but the housing, GaN chipset, and safety protections are designed for sustained travel and desk use.
Listing rewrite

Amazon bullet

100W USB-C output for laptops and multi-device travel, with clear wattage sharing when charging a MacBook, phone, and earbuds at the same time.
TikTok Shop asset

Creator proof prompt

Show a travel desk setup: MacBook charging, phone charging, charger surface temperature after 20 minutes, and bag space comparison versus a stock laptop adapter.
Comparison

Competitor page angle

Compare against Competitor A and B on sustained output, port behavior, size, warranty, included cable, travel use, and price per watt.
Schema/feed

Structured data fields

Product, Offer, shippingDetails, hasMerchantReturnPolicy, aggregateRating where accurate, material, wattage, compatibleDevice, certification, and variant availability.

Retest plan

How progress should be measured.

Fixes should not be shipped blindly. The goal is to see whether AI recommendation confidence improves after each proof layer is added.

01

Baseline prompts

Save the baseline

Keep the exact prompts, AI answers, competitor mentions, and citations from this run.

02

Priority proof

Publish priority proof

Ship the highest-impact evidence repairs first so movement can be attributed to a real proof change.

03

Same questions

Rerun the same prompts

Use the original buyer questions and compare recommendation language rather than changing the test.

04

Movement read

Compare movement

Review mention rate, resolved gaps, competitor defaulting, citations, and explanation quality.

Retest

Movement schedule.

  1. Day 0: baseline shelf test before publishing fixes.
  2. Day 7: first retest after PDP, listing, and FAQ updates.
  3. Day 14: retest after comparison and schema/feed updates.
  4. Day 30: final movement read and next repair backlog.

Success criteria

  • Higher mention rate in shopping prompts.
  • Cleaner explanation of compatibility and safety.
  • Reduced competitor defaulting in trust-led prompts.
  • More extractable proof across page, FAQ, schema, and comparisons.

Sources and limits

What informed this sample diagnosis.

These are not live AI answers. They represent the type of public evidence and comparison material a real shelf test would evaluate before the repair assets are created.

Ready for your SKU?

Turn one product into a repair plan.

Send a product URL, platform, competitor, and concern. The first audit finds where AI recommendations break and what evidence to fix first.