AI Utilities & Natural Language Tools
100% Client-Side 100% Private. Text tokenization and probability calculations run locally on your device.

AI Text Classifier & Topic Categorizer

Classify articles and documents into Technology, Business, Science, Entertainment, and Politics

100% Client-Side Machine Learning: Naive Bayes domain classification, RAKE keyphrase extraction, and VADER valence scoring execute strictly in your local browser session. Zero cloud data transmission.
Source Text
38 words336 characters
Primary Domain

Technology & Software

ConfidenceMedium
44%
Domain Probabilities (8 Categories)
Technology & Software44%
Tokens matched: software, hardware
Science & Medicine23%
Tokens matched: quantum
Entertainment & Media23%
Tokens matched: streaming
Business & Finance2%
Politics & Law2%
Sports & Athletics2%
Education & Academia2%
Travel & Hospitality2%

About AI Text Classifier & Topic Categorizer

Client-side probabilistic Naive Bayes text classifier. Analyzes word frequency distributions to categorize unstructured documents into Technology, Business & Finance, Science & Medicine, Entertainment, Politics, and Sports.

Key Capabilities & Features

  • Multi-domain Naive Bayes classification model with Laplace smoothing
  • Categorizes across 6 core domains (Technology, Business, Science, Media, Politics, Sports)
  • Visual progress meters showing percentage probabilities for each domain
  • Lists specific keyword tokens that triggered each category score
  • Handles multi-paragraph articles and short snippets smoothly

How to Use AI Text Classifier & Topic Categorizer

1

Input Text

Paste an article, blog post, or document snippet.

2

Inspect Probabilities

Review the primary predicted category and domain percentage breakdown.

3

Review Keywords

Examine the matched terms that contributed to the classification.

Privacy & In-Browser Execution Guarantee

100% Private. Text tokenization and probability calculations run locally on your device.

Frequently Asked Questions

How does the classifier determine the topic?

It tokenizes the input, filters out common stop words, and computes Bayesian domain probabilities against weighted vocabulary profiles.

Can it classify mixed-topic articles?

Yes! The probability breakdown shows the exact distribution across all 6 domains.