Summary
API
Submitted URL: https://nicheandnews.com/diddy-moved-allenwood-low-pennsylvania-prison/
AI Security Verdict
Low Risk
Confidence: 72%
Newly registered (2-day-old) unranked news blog running a genuine article with byline and editorial pages. No impersonation, no credential/payment forms, no threat-intel or malware signals. Risk is limited to its youth and lack of reputation.
Risk Factors (3)
Safety Factors (5)
Details
Page Title
Diddy Moved to Pennsylvania Prison: FCI Allenwood Low Transfer
Scan Type
public
Domain Name Analysis
The domain 'nicheandnews.com' uses the commercial generic top-level domain (.com) while skipping any subdomain. The core label 'nicheandnews' covers 12 characters containing 4 vowels alongside eight consonants. Splitting it apart reveals 3 words: niche, and, news. Median word length comes out to four characters. No strong language cues emerged from the frequency lists.
Screenshot
Page Load Overview
Language Analysis
Primary Language
Detection Details
Website Classification
Primary Category
All Detected Categories
Detected Features
Domain & IP Information
| Requests | IP Address | Location | AS Autonomous System |
|---|---|---|---|
| 15 | 63.250.43.138 | United States | AS22612Namecheap, Inc. |
| 15 | 192.0.73.2 | San Francisco, California, United States | AS2635Automattic, Inc |
| 15 | 63.250.43.139 | United States | AS22612Namecheap, Inc. |
| 45 | 3 | - | - |
Detected Technologies16
Content Similarity HashesFor malware variant detection
TLSH (Trend Micro Locality Sensitive Hash)
Specialized for malware detection and similarity analysis
ssdeep (Context Triggered Piecewise Hashing)
Detects similar content even with modifications
sdhash (Similarity Digest Hashing)
High-precisionHigh-precision similarity detection for forensic analysis
These hashes enable detection of similar websites and malware variants by comparing content similarity even when exact matches aren't found.
Image Hashes
Perceptual Hashes
Other Hashes
Scan History
Scan history not available
Unable to load historical scan data