🚀AI Detector v3 is live — most accurate model for detecting AI-written text Test it now!
Industry-Leading AI Detection

Advanced Deep Learning AI Detection Technology

Our state-of-the-art detection model uses cutting-edge deep learning to identify AI-generated content across multiple languages and models with industry-leading accuracy.

99%

Detection Accuracy

<1%

False Positive Rate

50+

Languages Supported

ChatGPT Detection
GPT-4 Detection
Gemini Detection
Claude Detection
Neural Analysis
Deep Learning Model
Analyzing
Artificial intelligence has revolutionized numerous industries by streamlining processes and improving efficiency...
AI Probability87.3%
HIGH
AI Content
MED
Mixed
LOW
Human
Model: GPT-4 Detector
v3.2.1
Confidence Score
99.2%
99% Accurate

Advanced AI Detection Technology

Our cutting-edge dual-model approach combines the best of traditional machine learning and modern deep learning for the most accurate AI content detection available.

Dual-Model Detection

Combines XGBoost feature analysis with RoBERTa transformer models for superior accuracy across all AI models including GPT-4, Claude, and Gemini.

Paraphraser Shield

Advanced detection against paraphrasing tools and evasion techniques that other detectors miss, ensuring reliable results even with manipulated content.

Deep Learning Architecture

End-to-end neural network trained on diverse datasets with transformer-based semantic analysis for comprehensive pattern recognition.

Multilingual Support

Trained on 50+ languages with de-biased models for ESL learners, providing fair and accurate detection across global content.

Real-Time Processing

Lightning-fast analysis with sentence-level highlighting and instant results, processing documents up to 50,000 characters in seconds.

Confidence Calibration

Platt scaling and isotonic regression provide reliable confidence scores with uncertainty quantification for trustworthy predictions.

Why Our Detection is Superior

Dual-model ensemble approach
Trained on diverse, balanced datasets
Advanced feature engineering
Calibrated confidence scoring

Industry Leading

Most accurate AI detection available

Our Technology

How AI Detection Works

Our technology uses deep learning to keep pace with AI advancements, delivering precise and reliable results that help you understand the origin of a piece of text.

1

Input Text

Accepts copy and pasted text, DOCX, PDF, and image files, analyzing up to 50,000 characters at a time.

Multi-format document parsing (PDF, DOCX, TXT, Images)
Intelligent text extraction and preprocessing
Automatic language identification across 50+ languages
Advanced linguistic feature engineering (100+ features)
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2

Deep Learning

We employ an end-to-end deep learning approach, trained on text datasets from the web, education, and AI-generated from a range of LLMs.

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3

Sentence Classifier

A sentence-by-sentence classification model determines the probability and confidence that a text was created by AI.

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4

Paraphraser Shield

We defend against tools looking to exploit AI detectors. Our model shields against common methods to bypass AI detection, such as paraphrasing and homoglyph attacks.

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5

Output Result

You can view easy-to-interpret results in our dashboard, with premium features to detect AI vocabulary, plagiarism, and citeable sources.

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Research Innovation

Leading AI Detection Research

Our research-driven approach combines cutting-edge machine learning with rigorous methodology to deliver the most accurate and reliable AI detection available.

Dual-Model Ensemble

Revolutionary approach combining XGBoost feature-based classifier with fine-tuned RoBERTa transformer. This hybrid architecture captures both statistical patterns and semantic nuances that single-model approaches miss.

Comprehensive Training Data

Carefully curated dataset with balanced samples from diverse sources including academic papers, web content, professional writing, and AI-generated text from multiple language models for robust training.

Advanced Feature Engineering

Sophisticated extraction of 100+ linguistic features including perplexity patterns, burstiness metrics, readability scores, entropy measures, and syntactic ratios for interpretable and reliable detection.

Calibrated Confidence Scoring

Implementation of Platt scaling and isotonic regression techniques to provide reliable confidence scores with uncertainty quantification, ensuring predictions are both accurate and trustworthy.

Sentence-Level Precision

Granular analysis providing sentence-by-sentence detection with intelligent aggregation to document level, offering detailed insights into which specific sections contain AI-generated content.

Continuous Improvement

Cyclical Development Process

Our deep learning model undergoes continuous improvement through rigorous testing, training, and refinement.

Data Collection

Carefully curated datasets with balanced samples from diverse sources including human writing and AI-generated content

Model Training

Training dual-model ensemble with supervised learning on millions of documents for robust pattern recognition

Testing & Validation

Rigorous evaluation on never-before-seen datasets to ensure reliability and accuracy across diverse content

Deployment & Monitoring

Continuous monitoring and updates to adapt to new AI models and maintain peak performance

Reliability

Confidence Scores

We provide confidence categories for our classifications to ensure you can trust and interpret the results appropriately. Our calibrated confidence scoring uses Platt scaling and isotonic regression techniques.

These categories are tuned through rigorous testing on diverse datasets to provide reliable predictions you can trust.

High Confidence
>99% Accuracy

Highly reliable predictions with minimal error rate

Medium Confidence
Moderate

Good reliability, may require additional context

Low Confidence
Uncertain

Results should be interpreted with caution

Advanced Classification

Mixed Classification

Our model outputs three possible classifications instead of a simple binary result, allowing for more nuanced AI detection:

Human Only

Content written entirely by a human

AI Only

Content written entirely by an AI

Mixed

Content written by a mix of human and AI

False Positives

A false positive in AI detection is when an AI detector incorrectly classifies human writing as AI. We keep our false positive rate at no more than 1% when evaluating AI versus human text.

This is especially important for educators and institutions to avoid false claims and ensure fairness in assessment.

99% Accuracy Rate

Our model achieves 99% accuracy when spotting AI-generated text versus human writing across diverse datasets and content types.

We continuously test and refine our model to maintain this high accuracy as new AI models emerge.

Detecting-AI achieves over 99% accuracy on clean datasets with less than 1% false positives. It outperforms commercial tools like GPTZero and OpenAI's detector by 15–30% in benchmark tests.
Our detectors can identify text generated by ChatGPT, GPT-4, Claude, Gemini, Grok, and other large language models. We continuously update our system to stay ahead of new releases.
No. Detecting-AI is privacy-first. We never store submitted text. All data is encrypted in transit and at rest, and our system is GDPR compliant and SOC 2 Type II certified.
We use a dual-model ensemble approach (linguistic features + deep learning) and advanced calibration methods like Platt scaling and isotonic regression. This ensures fair, reliable scoring and keeps false positives under 1%.
Yes. Unlike many detectors, Detecting-AI can classify Human, AI, and Mixed content, showing you exactly where AI-generated sections appear in a document.
Yes. Detecting-AI is trained on 50+ languages, with particularly high accuracy for English, Spanish, French, and German. Our models are de-biased for ESL (English as a Second Language) learners to ensure fairness worldwide.
Our hybrid model analyzes text in ~50ms per document and can handle 1,000+ documents per minute. The platform scales to 100M+ documents daily with <100ms global latency.
  • • Higher accuracy (99%+)
  • • Lower false positives (<1%)
  • • Dual-model ensemble approach
  • • Paraphraser Shield against evasion tools
  • • Peer-reviewed research (ACL, NeurIPS, ICML 2024)
FAQ

Frequently Asked Questions

Have questions about our technology?

Find answers to common questions about Detecting-AI's technology and capabilities.

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