Getting Started with AI Verification Service

Automated copyright verification powered by multiple AI providers

What is the AI Verification Service?

The CopyrightChains AI Verification Service is an advanced, AI-powered copyright verification platform designed specifically for administrators reviewing copyright registrations. It provides automated detection of copyright infringement, laundering attempts, authenticity issues, and duplicate registrations across the CopyrightChains ecosystem.

The service analyzes submitted musical works and recordings using multiple AI providers including OpenAI, Anthropic Claude, and Google Cloud AI to deliver comprehensive verification reports that support informed decision-making during the registration approval process.

Core Capabilities

Copyright Infringement Detection

Analyzes audio, text, and visual content to detect potential copyright infringement through similarity analysis, pattern matching, and cross-referencing with known copyrighted works.

Copyright Laundering Detection

Identifies attempts to disguise copyrighted content as original work through minimal modifications like pitch shifting, tempo changes, or simple remixing.

Authenticity Verification

Detects AI-generated music, synthesized vocals, deepfakes, and artificially created content. Verifies authenticity of recordings and identifies manipulation.

Duplicate Detection

Prevents duplicate registrations by identifying exact matches and near-duplicates through perceptual hashing and spectral analysis.

Access Requirements

Administrator-Only Access

The AI Verification Service is restricted to administrators only. Regular users cannot access the service directly. All verification requests must be initiated by administrators during the copyright registration review process.

SempreID Authentication

All API calls require valid SempreID authentication. The service validates your administrator status through your SempreID session before processing any verification requests.

Authentication Method:

  • Session-based authentication via secure cookies
  • Automatic validation on every API call
  • No JWT tokens required
  • Admin status verified through SempreID

Dashboard Integration

The primary method of using the AI Verification Service is through the CopyrightChains Dashboard. When reviewing pending registrations, administrators can trigger verification with a single click.

Learn How to Use the Service

How It Works

The AI Verification Service follows a multi-step process to analyze submitted content and generate comprehensive reports:

Step 1: Content Submission

Administrator triggers verification from the Dashboard while reviewing a pending registration. The service receives the registration ID and retrieves all associated content including audio files, lyrics, score sheets, and metadata.

Step 2: Multi-Provider Analysis

Content is analyzed by multiple AI providers in parallel. OpenAI processes text and audio, Anthropic Claude provides reasoning analysis, Google Cloud handles image recognition, and custom ML models perform fingerprinting.

Step 3: Report Generation

Results from all providers are aggregated into a comprehensive report with confidence scores, risk levels, detailed findings, and actionable recommendations. Processing typically takes 12-60 seconds depending on content complexity.

Step 4: Administrator Review

Administrator reviews the generated report in the Dashboard, examines confidence scores and findings, then makes an informed decision to approve or reject the registration based on verification results.

AI Providers

The service leverages multiple AI providers for comprehensive analysis:

OpenAI Integration

  • GPT-4o: Text analysis and copyright assessment
  • Whisper: Audio transcription and analysis
  • Vision API: Visual content analysis for album art and scores

Anthropic Claude Integration

  • Claude 3 Sonnet/Opus: Advanced reasoning and analysis
  • Deep Analysis: Complex pattern recognition and legal context
  • Multi-Modal: Cross-content analysis and correlation

Google Cloud AI Integration

  • Cloud Vision API: Image and document analysis
  • Speech-to-Text: Audio transcription
  • OCR: Score sheet and document text extraction

Custom ML Models

  • Audio Fingerprinting: Unique audio signature generation
  • Waveform Similarity: Spectral and temporal analysis
  • Pattern Matching: Copyright pattern detection

Understanding Verification Reports

Every verification produces a comprehensive report with multiple sections and confidence scores. Reports include an executive summary, detailed findings from each analysis type, provider-specific results, and actionable recommendations.

Risk Scoring

Overall risk score from 0-100 combining all analysis types. Low (0-30), Medium (31-70), High (71-100).

Confidence Levels

Individual confidence scores for infringement, laundering, authenticity, and duplicates. Higher scores indicate stronger detection.

Detailed Findings

Specific evidence and reasoning from each AI provider explaining detection results and supporting conclusions.

Recommendations

Clear action recommendations: approve, reject, or investigate further based on analysis results.

Learn How to Interpret Reports

Service Architecture

The AI Verification Service is built as a standalone microservice that integrates with the CopyrightChains ecosystem:

  • Service URL: https://ai.copyrightchains.com
  • API Base: https://ai.copyrightchains.com/api/v1/
  • Queue System: Bull queue with Redis for async processing
  • Processing Concurrency: 5 simultaneous verifications
  • Database: MariaDB for report storage and audit logs
  • Cache Layer: Redis for performance optimization

Important Limitations

Service Constraints

  • Administrator access required - not available to regular users
  • Processing time: 12-90 seconds depending on complexity
  • Maximum file size: 100MB for audio, 10MB for documents
  • Rate limiting applies - avoid excessive verification requests
  • Provider failures may result in partial reports

Next Steps

Now that you understand the basics, explore these topics to learn more: