AI

How to Find Entities Manually To Do Semantic SEO

What is Manual Entity Extraction?

Manual entity extraction is the process of identifying semantically relevant entities (people, places, products, services, organizations, tools, events, and abstract ideas) by contextual observation and search engine feature mining — rather than relying on automated NLP tools.

Goal: Build a topical map rooted in first-degree and second-degree entities that improves content’s depth, context, and semantic relevance.

Why It Matters in Semantic SEO

  • Entities provide semantic signals that go beyond keywords.
  • Helps map intent clusters and contextual relationships.
  • Reduces ambiguity and improves machine readability.
  • Feeds search engines meaning, not just terms.

Foundational Entity Categories

CategoryExamples
PersonElon Musk, plumber, technician
PlaceNew York City, bathroom, kitchen
ThingTesla, wrench, pipe
EventPlumbing Emergency, Flooding
IdeaMaintenance, Repair, Hygiene
OrganizationRoto-Rooter, Home Depot

Step-by-Step: Manual Entity Mining Techniques

1. Google Image Segmentation

  • Search: “Plumber” or “Plumbing Services”
  • Inspect: The suggested filters above image results:
    • Tools, Repair, Emergency, Residential, Commercial, Uniform, Sink
  • Extract: Semantic variants and closely related concepts.

Avoid irrelevant or decorative terms: “vector,” “logo,” “transparent,” “cartoon.”

2. Wikipedia Hyperlink Mining

Search: Keyword in Wikipedia (e.g., “Plumber”)

Step 1: Extract first-degree entities (directly hyperlinked terms in intro/infobox)

Step 2: Navigate to hyperlinks → extract second-degree entities

Example

  • 1st Degree Entities:
    • From “Plumber” Wikipedia Page:
      • tradeperson, sewage, water, drainage, plumbing
  • 2nd Degree Entities:
    • From “Drainage” Wikipedia Page:
      • Sub-surface water, waterlogging, agriculture, soils

These hyperlinks represent contextual vectors (will discussed later in broad). Search engines interpret them as entity relations (subject–predicate–object also called triples).

ALSO READ …

3. Entity Expansion via Search Variation

  • Change seed keyword: “Emergency plumber,” “Drain cleaning,” “Toilet repair”
  • Observe SERP enhancements:
    • Featured snippets
    • “People Also Ask”
    • Related Searches
    • Knowledge Panels

Each variation surfaces unique sets of latent entities.

4. Manual Curation & Filtering

  • Compile all found terms into a Google Sheet
  • Remove:
    • Duplicates
    • Decorative/UI labels (e.g., “outline,” “transparent”)
    • Brand names (unless contextually relevant)
TermEntity TypeKeep? (Y/N)
WrenchThingY
VectorDesign TermN
Emergency RepairEventY
MarioBrandN

Use Case: Building a Topical Map for “Plumber”

EntityAttributeValue/Example
PlumberServicesDrain Cleaning, Toilet Repair
Plumbing ToolTypeWrench, Plunger
Plumbing EmergencyResponse Time24 Hours
Pipe MaterialCompositionPVC, Copper
Service AreaLocationBrooklyn, NY

Each triple (Entity–Attribute–Value) becomes part of your semantic structure, contributing to contextual clustering in search engines.

Tools That Support This Manual Process

ToolPurpose
Google ImagesSegmented keyword/entity clusters
WikipediaHyperlinked entity discovery
Google SheetsDeduplication, filtering, tagging
Text ToolsRegex/entity extraction (e.g., TextFixer, TextTools.org)
People Also Ask / Related SearchesDiscover user-generated entity queries

Final Thoughts: The Power of Manual Entity Extraction

Manual entity discovery is a semantic layering method. It transforms shallow content into deep knowledge graphs—by connecting concepts, attributes, and contextual queries.

  • You are reverse-engineering Google’s understanding.
  • You are creating topical authority by clustering related entities.
  • You are giving machines the language they understand best: Triples.


Coming in part 18: How to Extract Entities Using Google NLP Tool

Disclaimer: This [embedded] video is recorded in Bengali Language. You can watch with auto-generated English Subtitle (CC) by YouTube. It may have some errors in words and spelling. We are not accountable for it.

Pijush Saha

Pijush Kumar Saha (aka Pijush Saha) is a Data-Driven Digital Marketing Professional turned AI Expert & Automation Engineer, with over 12 years of experience across FMCG, training, technology, freelancing platforms, and the local & global digital market. He now specializes in AI-driven business automation, Python-based AI agent development, and intelligent workflow design to help brands scale faster and operate smarter. Current Role: AI & Automation Expert Pijush builds advanced AI Agents, custom automation systems, and end-to-end AI solutions that reduce manual work, improve accuracy, and boost overall business performance. His expertise includes: Python programming AI agent architecture Workflow automation Machine-learning-powered business operations Data processing and analytics API integrations & custom tool development

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