What is Screenshot Website Fast?
Screenshot Website Fast is a AI tool that Captures full-page website screenshots using Puppeteer and automatically splits them into 1072x1072 pixel tiles optimized for vision model processing with robust error handling and retry logic.. It has a Nerq Trust Score of 45/100 (D). 105 GitHub stars. Published by https://github.com/just-every/mcp-screenshot-website-fast. Last analyzed September 2026.
Why This Score
- ⚠️ Security: 0/100 — Some security concerns
- ⚠️ Maintenance: 0/100 — Maintenance activity is low
- ⚠️ Community: 105 stars, 0 downloads — Growing community
- ⚠️ Transparency: License: Not specified — No license specified
Trust & Safety Overview
What Screenshot Website Fast Does
Screenshot Website Fast is a mcp_server in the AI tool category. Captures full-page website screenshots using Puppeteer and automatically splits them into 1072x1072 pixel tiles optimized for vision model processing with robust error handling and retry logic.. It is published by https://github.com/just-every/mcp-screenshot-website-fast and has no specified license. With 105 GitHub stars and 0 downloads, it has a growing community of users and contributors.
Who Should Use Screenshot Website Fast
Screenshot Website Fast is recommended only for experimental use. Consider alternatives with higher trust scores for production systems.
Details
| Author | https://github.com/just-every/mcp-screenshot-website-fast |
|---|---|
| Category | AI tool |
| License | Not specified |
| Type | mcp_server |
| Source | View on GitHub |
| Security Score | 0/100 |
| Activity Score | 0/100 |
How to Get Started
Check the trust score before installing:
curl nerq.ai/v1/preflight?target=screenshot-website-fast
Setup guide · Full safety report · Production review · Is it safe?
Safer Alternatives
| Tool | Trust | Stars |
|---|---|---|
| MarkItDown | 42 | 92.8K |
| Sequential Thinking | 50 | 89.4K |
| Filesystem | 50 | 89.4K |
| Time | 50 | 89.4K |
| Fetch | 50 | 89.4K |
Frequently Asked Questions
Last updated September 2026. Trust scores based on automated analysis of public data.