AI Detector: Uncover the Origin of Your Text

Gain clarity on content origins. Paste your text below to determine the likelihood of human or AI authorship.

How AI Detector Works

Linguistic Analysis

Examines subtle linguistic cues, sentence structure, and word choice variations unique to human or AI authorship.

AI Detection Models

Utilizes sophisticated AI models trained on vast datasets to discern distinguishing characteristics with high accuracy.

Statistical Analysis

Analyzes text properties like perplexity, burstiness, and syntactic diversity to quantify human vs. AI patterns.

Why Use AI Detector?

Academic Integrity

Ensure originality in academic submissions and promote genuine learning.

Content Authenticity

Validate digital content sources, distinguishing human from AI.

Combat Misinformation

Identify AI-generated content that could spread false narratives.

Maintain Quality

Ensure AI-assisted content aligns with your brand's voice and standards.

Simple Steps to Detect

1

Submit Text

Paste or type text into the input field. Use our sample to test.

2

Initiate Detection

Click “Detect-Text.” Our system processes the text instantly.

3

Review Report

Examine probability scores for human or AI origin.

4

Interpret Contextually

Consider results alongside source and purpose. It's a strong guide, not absolute.

Frequently Asked Questions

Our AI Detector typically achieves 85-95% accuracy. This can vary with text length, complexity, and the AI model used for generation. Longer texts yield more precise results.

We recommend texts of at least 100 words for optimal detection, with 300+ words being ideal. This provides sufficient data for robust pattern analysis.

Absolutely. We are committed to user privacy. Text is processed securely and is not stored or used to train our models. Your data is used solely for providing the detection report.

While highly advanced, no AI detection tool is infallible. Heavily edited AI text or content from novel AI models may pose challenges. We continuously update our models to improve detection capabilities.