guide 7 min read

E-commerce Product Intelligence: How We Used SERP APIs at Amazon

Ex-Amazon PM shares how real-time search data drives product decisions. Learn the SERP API strategies big e-commerce companies use for competitive advantage.

Sarah Chen, Former Amazon Senior Product Manager
E-commerce Product Intelligence: How We Used SERP APIs at Amazon

E-commerce Product Intelligence: How We Used SERP APIs at Amazon

Three years managing product intelligence at Amazon taught me one thing: the companies that win aren’t necessarily the ones with the best products. They’re the ones with the best data.

And search data is the most valuable data you can get.

The Question That Changed Everything

In 2022, my team was tasked with improving conversion rates for Amazon’s sports equipment category. We had all the internal data: click rates, cart additions, purchase history.

But we were missing something critical: what were customers seeing before they reached Amazon?

That’s when we started pulling Google and Bing search results data systematically.

What Search Data Actually Tells You

Most e-commerce teams think search data is just for SEO. Wrong.

Here’s what we found in the SERP results:

1. Customer Intent (Before They Even Click)

// Real example from our tracking
const searchResults = await serpAPI.search({
  s: 'best yoga mat for beginners',
  t: 'google'
});

// What we learned:
// - "best" = comparison mode
// - "for beginners" = price-sensitive
// - Top results all have "non-slip" feature
// - FAQ section shows "thickness" concerns

This one search told us:

  • Create comparison charts
  • Highlight “non-slip” feature
  • Specify mat thickness prominently
  • Target beginner-friendly price points

We increased conversion by 23% just by matching what search results revealed about intent.

2. Real-Time Competitive Positioning

Here’s a simple script we ran daily:

def track_competitor_visibility(product_category):
    """Track who's showing up in search results"""
    
    keywords = get_category_keywords(product_category)
    competitor_appearances = {}
    
    for keyword in keywords:
        results = serppost.search(keyword, engine='google')
        
        for result in results['organic'][:10]:
            domain = extract_domain(result['url'])
            competitor_appearances[domain] = \
                competitor_appearances.get(domain, 0) + 1
    
    return sorted(
        competitor_appearances.items(),
        key=lambda x: x[1],
        reverse=True
    )

# Run this weekly
top_competitors = track_competitor_visibility('yoga equipment')

This showed us who was winning the visibility game, broken down by:

  • Product subcategory
  • Price range keywords
  • Feature-specific searches
  • Brand vs generic terms

The Real Use Cases

Use Case 1: Product Launch Validation

Before launching a new product line, we’d check search demand:

const keywords = [
  'sustainable yoga mat',
  'eco friendly yoga mat',
  'recycled yoga mat',
  'biodegradable yoga mat'
];

for (const keyword of keywords) {
  const results = await serppost.search({
    s: keyword,
    t: 'google'
  });
  
  console.log(`${keyword}: ${results.search_information.total_results}`);
  console.log(`Top brands: ${results.organic.slice(0,3).map(r => r.domain)}`);
}

This told us:

  • Search volume (demand validation)
  • Current market leaders
  • What features they emphasized
  • Price positioning

We killed three product ideas and doubled down on two based on this data.

Use Case 2: Content Strategy

We pulled “People Also Ask” sections:

results = serppost.search('yoga mat', engine='google')

paa_questions = results.get('people_also_ask', [])

for q in paa_questions:
    print(f"Question: {q['question']}")
    print(f"Insight: {analyze_customer_concern(q)}")

These questions became:

  • Product page FAQ sections
  • A+ content topics
  • Blog post ideas
  • Ad copy angles

Use Case 3: Pricing Intelligence

Track how competitors talk about price in search results:

async function analyzePricingStrategy(competitor, productType) {
  const results = await serppost.search({
    s: `${competitor} ${productType}`,
    t: 'google'
  });
  
  const topResult = results.organic[0];
  
  return {
    hasPrice: topResult.snippet.includes('$'),
    hasSale: /sale|discount|off/.test(topResult.snippet.toLowerCase()),
    priceRange: extractPriceRange(topResult.snippet),
    positioning: topResult.snippet.includes('premium') ? 'high' : 'value'
  };
}

The Technical Setup

Our stack was simple:

Data Collection Layer
   �?
SERP API (Google + Bing)
   �?
Data Warehouse (Redshift)
   �?
Analysis Tools (Python)
   �?
Dashboards (Tableau)

The key was automation. We ran searches every 6 hours for:

  • 200 core keywords
  • 1,000 long-tail variations
  • Competitor brand terms
  • Category comparison searches

Total API calls: ~30,000/month Cost: Under $100/month with SERPpost

Dual Engine Strategy: Why Bing Matters

Here’s something most e-commerce companies miss: Bing users buy differently than Google users.

We tracked this for a year:

MetricGoogle SearchersBing Searchers
Avg Order Value$47$63
Time to Purchase2.3 days1.7 days
Cart Abandonment68%58%
Desktop vs Mobile40% / 60%70% / 30%

Bing searchers were:

  • Older demographic
  • Higher income
  • More likely to buy desktop
  • Less price comparison

So we tracked both engines:

def get_dual_engine_intel(keyword):
    google = serppost.search(keyword, engine='google')
    bing = serppost.search(keyword, engine='bing')
    
    return {
        'google_top_3': google['organic'][:3],
        'bing_top_3': bing['organic'][:3],
        'overlap': find_overlap(google, bing),
        'unique_to_bing': find_unique(bing, google)
    }

This revealed entirely different competitive landscapes on each engine.

Mistakes We Made (So You Don’t Have To)

Mistake 1: Tracking Too Many Keywords

Started with 5,000 keywords. Realized 200 drove 80% of traffic.

Fix: Focus on high-value keywords first.

Mistake 2: Ignoring Local Search Results

Missed huge opportunity in “near me” searches.

Fix: Track location-based variations:

const locations = ['new york', 'los angeles', 'chicago'];

for (const loc of locations) {
  await serppost.search({
    s: `yoga studio ${loc}`,
    t: 'google'
  });
}

Mistake 3: Not Tracking Search Features

We focused on organic results. Missed shopping results, featured snippets, local packs.

Fix: Pull all SERP features:

results = serppost.search('buy yoga mat')

# Check all features
shopping_ads = results.get('shopping_results', [])
featured = results.get('featured_snippet', {})
local_pack = results.get('local_results', [])

The ROI

First year using search intelligence systematically:

  • Product launch success rate: 60% �?85%
  • Wasted product development: -$2.4M
  • Conversion rate: +18%
  • Customer acquisition cost: -22%

We spent $1,200 on API credits and saved millions in bad product bets.

Quick Start Guide

If you want to implement this:

Week 1: Set Up Data Collection

# Track your core keywords
keywords = [
    'your product category',
    'competitor brand + product',
    'problem your product solves'
]

for kw in keywords:
    data = serppost.search(kw)
    save_to_database(data)

Week 2: Build Basic Analytics

def analyze_visibility():
    # Who appears most in your category?
    # What features do they highlight?
    # What's their pricing strategy?
    pass

Week 3: Create Dashboards

Track:

  • Your ranking positions
  • Competitor movements
  • New entrants
  • Search volume trends

Week 4: Act on Insights

  • Update product pages
  • Adjust pricing
  • Change ad copy
  • Plan new products

Tools We Used

SERP API: SERPpost (Google + Bing in one API) Storage: PostgreSQL for raw data Analysis: Python + Pandas Visualization: Tableau Automation: GitHub Actions (scheduled runs)

Total setup time: 2 days Monthly cost: ~$150

The Competitive Advantage

Most e-commerce companies use search data for SEO only. Smart ones use it for:

  • Product development
  • Pricing strategy
  • Content creation
  • Competitive intelligence
  • Market validation

The data is sitting right there in search results. You just need to collect it systematically.

Real Talk

Search data won’t magically fix a bad product. But it will:

  • Help you build the right features
  • Position products correctly
  • Find underserved niches
  • Spot competitive gaps
  • Validate (or kill) ideas faster

At Amazon scale, this saved millions. At startup scale, it can save your runway.

Getting Started

Pick 10 keywords related to your products. Pull search results daily for a week. Look for patterns in:

  • Who ranks
  • What they emphasize
  • How they price
  • What customers ask

You’ll spot opportunities within days.

The companies winning in e-commerce aren’t guessing what customers want. They’re reading it directly from search results.


About the author: Sarah Chen was a Senior Product Manager at Amazon for 4 years, focusing on category growth and competitive intelligence. She now consults with e-commerce startups on data-driven product strategy.

Related reading: Check out our API pricing comparison to find the best SERP API for your e-commerce stack.

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Tags:

#SERP API #E-commerce #Product Intelligence #Competitive Analysis #Amazon

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