Winston Ai Mcp
@gowinston-ai
AI detector MCP server with industry leading accuracy rates in detecting use of AI in text and images. The Winston AI MCP server also offers a robust plagiarism checker to help maintain integrity.
Overview
What is Winston Ai Mcp?
An MCP server that integrates with Winston AI, the most accurate AI detector. It provides tools for detecting AI-generated text and images, plagiarism scanning, and text comparison. Designed for content creators, educators, and professionals who need to verify content authenticity.
How to use Winston Ai Mcp?
Install the MCP server and configure it with your Winston AI API key. Use MCP client tools to send text or images for analysis via the server’s endpoints.
Key features of Winston Ai Mcp
- AI text detection with human vs. AI classification
- Confidence scoring and sentence-level AI analysis
- AI image detection with metadata and watermark verification
- Plagiarism detection against billions of web pages
- Text comparison with word-level similarity breakdown
- Multi-language support for text analysis
Use cases of Winston Ai Mcp
- Verify whether student essays are AI-generated
- Detect fake product images or manipulated photos
- Check blog or article content for unintentional plagiarism
- Compare two drafts for similarity before publication
- Analyze marketing copy for AI authorship percentage
FAQ from Winston Ai Mcp
What are the credit costs for each detection type?
AI text detection costs 1 credit per word; AI image detection costs 300 credits per image; plagiarism detection costs 2 credits per word; text comparison costs 0.5 credits per total matched word.
What image formats are supported?
JPG, JPEG, PNG, and WEBP.
Does the server support multiple languages for text analysis?
Yes, it works with text in various languages.
What runtime or API key is required?
The README does not specify runtime dependencies; an API key for Winston AI is typically required but not detailed here.
Can I analyze sentence-level AI patterns?
Yes, the AI text detection includes sentence-level analysis to identify the most AI-like sentences.
