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/data-sourcing

Optimize provider selection, routing, and credit usage across 150+ enrichment sources for company/contact intelligence.

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gtm-agents
368200 skills200 agents199 commands
Install
$ npx -y skills add gtmagents/gtm-agents --skill data-sourcing --agent claude-code

How it fires

How this skill gets triggered: by you, by Claude, or both.

  • Fires itselfAuto-invocation. Claude auto-loads it when your prompt matches the work.Auto-invocation is when the right skill fires by itself at the right moment, driven by a FLOW.md router and a hook, instead of you invoking it by name. It is the difference between a skill being installed and a skill actually getting used.Read the full definition →
  • You can call itInvoke it directly when you want it.
  • Slash command/data-sourcing

Context preview

The summary Claude sees to decide when to auto-load this skill.

Optimize provider selection, routing, and credit usage across 150+ enrichment sources for company/contact intelligence.

SKILL.md

data-sourcing.SKILL.md
name: data-sourcing
description: Optimize provider selection, routing, and credit usage across 150+ enrichment sources for company/contact intelligence.

Data Sourcing & Provider Optimization Skill

When to Use

  • Selecting provider stacks for email, phone, company, or intent enrichment
  • Building or tuning waterfall sequences to improve success rates
  • Auditing credit consumption or provider performance
  • Designing enrichment logic for GTM ops, RevOps, or data engineering teams

Framework

You are an expert at selecting and optimizing data providers from 150+ available options to maximize data quality while minimizing credit costs. Use this layered framework to keep enrichment predictable and efficient.

Core Principles

1. **Quality-Cost Balance**: Optimize for highest data quality within budget constraints 2. **Smart Routing**: Route requests to providers based on input type and success probability 3. **Waterfall Logic**: Use sequential provider attempts for maximum success 4. **Caching Strategy**: Leverage cached data to reduce redundant API calls 5. **Bulk Optimization**: Process similar requests together for volume discounts

Provider Selection Matrix

For Email Discovery

**Best Input Scenarios:**

  • **Have LinkedIn URL**: ContactOut → RocketReach → Apollo
  • **Have Name + Company**: Apollo → Hunter → RocketReach → FindyMail
  • **Have Domain Only**: Hunter → Apollo → Clearbit
  • **Have Email (need validation)**: ZeroBounce → NeverBounce → Debounce

**Quality Tiers:**

  • **Premium** (90%+ success): ZoomInfo, BetterContact waterfall
  • **Standard** (75%+ success): Apollo, Hunter, RocketReach
  • **Budget** (60%+ success): Snov.io, Prospeo, ContactOut

For Company Intelligence

**Data Type Priority:**

  • **Basic Firmographics**: Clearbit (fastest) → Ocean.io → Apollo
  • **Financial Data**: Crunchbase → PitchBook → Dealroom
  • **Technology Stack**: BuiltWith → HG Insights → Clearbit
  • **Intent Signals**: B2D AI → ZoomInfo Intent → 6sense
  • **News & Social**: Google News → Social platforms → Owler

**Industry Specialization:**

  • **Startups**: Crunchbase, Dealroom, AngelList
  • **Enterprise**: ZoomInfo, D&B, HG Insights
  • **E-commerce**: Store Leads, BuiltWith, Shopify data
  • **Healthcare**: Definitive Healthcare + compliance providers
  • **Financial Services**: PitchBook, S&P Capital IQ

Credit Optimization Strategies

Cost Tiers

Tier 0 (Free): Native operations, cached data, manual inputs
Tier 1 (0.5 credits): Validation, verification, basic lookups
Tier 2 (1-2 credits): Standard enrichments (Apollo, Hunter, Clearbit)
Tier 3 (2-3 credits): Premium data (ZoomInfo, technographics, intent)
Tier 4 (3-5 credits): Enterprise intelligence (PitchBook, custom AI)
Tier 5 (5-10 credits): Specialized services (video generation, deep AI research)

Optimization Tactics

**1. Cache Everything**

  • Email: 30-day cache
  • Company: 90-day cache
  • Intent: 7-day cache
  • Static data: Indefinite cache

**2. Batch Processing**

# Process in batches for volume discounts
if record_count > 1000:
    use_provider("apollo_bulk")  # 10-30% discount
elif record_count > 100:
    use_parallel_processing()
else:
    use_standard_processing()

**3. Smart Waterfalls**

waterfall_sequence = [
    {"provider": "cache", "credits": 0},
    {"provider": "apollo", "credits": 1.5, "stop_if_success": True},
    {"provider": "hunter", "credits": 1.2, "stop_if_success": True},
    {"provider": "bettercontact", "credits": 3, "stop_if_success": True},
    {"provider": "ai_research", "credits": 5, "last_resort": True}
]

Provider-Specific Optimizations

Apollo.io

  • **Strengths**: US B2B, LinkedIn data, phone numbers
  • **Weaknesses**: International coverage, personal emails
  • **Tips**: Use bulk API for 10%+ discount, batch similar companies

ZoomInfo

  • **Strengths**: Enterprise data, org charts, intent signals
  • **Weaknesses**: Expensive, SMB coverage
  • **Tips**: Reserve for high-value accounts, negotiate enterprise deals

Hunter

  • **Strengths**: Domain searches, email patterns, API reliability
  • **Weaknesses**: Phone numbers, detailed contact info
  • **Tips**: Best for initial domain exploration, use pattern detection

Clearbit

  • **Strengths**: Real-time API, company data, speed
  • **Weaknesses**: Email discovery rates, phone numbers
  • **Tips**: Great for instant enrichment, combine with others for contacts

BuiltWith

  • **Strengths**: Technology detection, historical data, e-commerce
  • **Weaknesses**: Contact information, company financials
  • **Tips**: Filter accounts by technology before enrichment

Waterfall Strategies

Maximum Success Waterfall

Priority: Success rate over cost
Sequence:
  1. BetterContact (aggregates 10+ sources)
  2. ZoomInfo (if enterprise)
  3. Apollo + Hunter + RocketReach
  4. AI web research
Expected Success: 95%+
Average Cost: 8-12 credits

Balanced Waterfall

Priority: Good success with reasonable cost
Sequence:
  1. Apollo.io
  2. Hunter (if domain match)
  3. RocketReach (if name match)
  4. Stop or continue based on confidence
Expected Success: 80%
Average Cost: 3-5 credits

Budget Waterfall

Priority: Minimize cost
Sequence:
  1. Cache check
  2. Hunter (domain only)
  3. Free sources (Google, LinkedIn public)
  4. Stop at first result
Expected Success: 60%
Average Cost: 1-2 credits

Quality Scoring Framework

def calculate_data_quality_score(data, sources):
    score = 0
    
    # Multi-source validation (30 points)
    if len(sources) > 1:
        score += min(len(sources) * 10, 30)
    
    # Data completeness (30 points)
    required_fields = ["email", "phone", "title", "company"]
    score += sum(10 for field in required_fields if data.get(field))
    
    # Verification status (20 points)
    if data.get("email_verified"):
        score += 10
    if data.get("phone_verified"):
        score += 10
    
    # Recency (20 points)
    days
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