Hallucination Detector

Hallucination Detector

Real-time Hallucination Detection for LLMs

6 followers

Hallucination Detector is a system that goes beyond basic fact-checking, using statistical analysis and weighted scoring to identify false or unsupported outputs from LLMs. It provides real-time detection, confidence scoring, coverage across 50+ domains, and model performance tracking. Errors are classified by severity, and accuracy improves through statistical accumulation. With dual-axis scoring, precise risk weights, and trust dampening, it delivers higher reliability and AI transparency.
Hallucination Detector gallery image
Hallucination Detector gallery image
Hallucination Detector gallery image
Hallucination Detector gallery image
Hallucination Detector gallery image
Free Options
Launch Team / Built With
Anima Playground
AI with an Eye for Design
Promoted

What do you think? …

Said Zeghidi
Maker
📌
How It Works: 1. Input Analysis: Send AI responses to our verification engine 2. Fact Valuation: Our system evaluates each claim against reliable sources 3. Weighted Scoring: Claims are scored using risk weights and confidence intervals 4. Statistical Assessment: Results include confidence intervals and significance testing 5. Performance Tracking: AI model statistics are updated for continuous improvement Technical Innovation: Dual-Axis Scoring: Combines intensity scores (error magnitude) with risk scores (error severity) Statistical Accumulation: Unlike traditional ML, our system learns through statistical pattern accumulation Risk Weight Constants: SUPPORTED (1.0), NOT_SUPPORTED (1.3), CONTRADICTORY (2.0) Trust Weight Dampening: 0.35 factor to reduce false positive rates Moving Averages: Dynamic performance metrics that adapt over time Why This Matters: Combat the growing problem of AI misinformation Provide users with confidence in AI responses Enable responsible AI deployment in critical applications Support fact-checking organizations and researchers Promote AI transparency and accountability Market Impact: Journalism and media fact-checking Educational technology and learning platforms Business intelligence and decision support systems Legal and regulatory compliance applications Healthcare and medical information verification Built with modern web technologies and deployed on edge computing infrastructure for real-time performance
Masum Parvej

@said_zeghidi The risk weight constants are a smart touch, curious how they adapt across different industries

Said Zeghidi

@masump Hi Parvej.

Industry-Specific Adaptations:

  • Healthcare: Higher weights (1.5x-3.0x) for medical accuracy

  • Legal/Finance: Moderate-high weights (1.2x-2.5x) for compliance

  • Journalism: Standard weights (1.0x-2.2x) for balanced reporting

  • Education: Slightly lenient (0.8x-1.8x) to encourage learning

  • Creative/Marketing: Very low weights (0.5x-1.2x) for flexibility

🔧 Technical Innovation:

  • Dynamic Weight Selection: Industry, content type, regulatory environment

  • Adaptive Learning: Feedback loops with industry experts

  • Regulatory Compliance: Integration with HIPAA, SOX, GDPR standards

  • Micro-Industry Specialization: Cardiology, Oncology, Corporate Law, etc.

💡 Key Insight:

The brilliance isn't just different weights—it's dynamic adaptation that considers:

  1. 1.Content type (factual vs. creative)

  2. 2.Industry context (healthcare vs. marketing)

  3. 3.Regulatory environment (strict vs. flexible)

  4. 4.Risk tolerance (zero-tolerance vs. acceptable risk)