Security Scan Report: www.chandralaw.com

Site favicon
Submitted: Jul 28, 2026, 12:04:00 AMCompleted: Jul 28, 2026, 12:05:29 AMpubliccompleted
Loading additional data...

Summary

This website contacted 6 IPs in 2 countries across 6 domains to perform 2 HTTP transactions. The main domain is chandralaw.com and was registered NaN years ago.

Submitted URL: https://www.chandralaw.com/blog/thwarted-court-denies-congressman-max-millers-emergency-discovery-motion-advancing-path-to-anti-slapp-dismissal-for-emily-moreno

AI Security Verdict

Safe Website

Confidence: 88%

1
Risk Score

The site appears to be a legitimate law‑firm blog with no phishing, malware, or credential‑harvesting activity.

Safety Factors
Established domain with long registration history
Self‑branding aligns with domain name
Absence of malicious scripts or external credential exfiltration
No redirects to suspicious external domains
Domain age information unavailable

Details

Page Title

“THWARTED”: Court denies Congressman Max Miller’s “emergency” discovery motion, advancing path to anti-SLAPP dismissal for Emily Moreno | Chandra Law Firm | 888.500.5025 | Berkeley | San Diego | Cleveland | Columbus | Santa Fe | Reno

Scan Type

public

Language

🇺🇸

English

(80% confidence)

Category

education learning

(55%)

Domain Information

You're looking at domain 'www.chandralaw.com' on the commercial generic top-level domain (.com) and includes subdomain 'www'. The core label 'chandralaw' covers 10 characters containing three vowels alongside 7 consonants. It segments into 2 words: chandra, law. Median word length comes out to five characters. No strong language cues emerged from the frequency lists.

Screenshot

Security scan screenshot of https://www.chandralaw.com/blog/thwarted-court-denies-congressman-max-millers-emergency-discovery-motion-advancing-path-to-anti-slapp-dismissal-for-emily-moreno

Page Load Overview

4.31s
Total Load Time
97
HTTP Requests
31
Domains
1.9 MB
Total Size

Language Analysis

Primary Language

🇺🇸English
Code: en
Confidence:80%
Script:Latin
Direction:ltr

Detection Details

Language Code:en
Detection Confidence:80%
Script Type:Latin
HTML Lang Attribute:en
Text Length:24,771 chars
Detector Agreement:100%

Website Classification

Primary Category

education learning55% confidence
Type: spa
Method: ml+structural+ocr_tiebreaker

All Detected Categories

education learning
55%
government public service
30%
news media journalism
26%
corporate
25%

Detected Features

Search
OG: website

Domain & IP Information

RequestsIP AddressLocationAS Autonomous System
17142.251.151.119Google · CDNUnited States
AS15169Google LLC
1623.52.181.12Frankfurt am Main, Hesse, Germany
AS16625Akamai Technologies, Inc.
16162.159.128.61Cloudflare · WAFUnited States
AS13335Cloudflare, Inc.
16142.251.110.97Google · CDNUnited States
AS15169Google LLC
16151.101.1.155Fastly · CDNUnited States
AS54113Fastly, Inc.
16146.88.99.165United States
AS33070Rackspace Hosting
976--

Page Statistics

97
Requests
31
Unique Domains
2.0 MB
Total Size

Content Similarity HashesFor malware variant detection

TLSH (Trend Micro Locality Sensitive Hash)

Security-focused

Specialized for malware detection and similarity analysis

T16973F852D28C0937032301C79476B7A9A6BF8EBDF6611DB0F4FF82980789C9675279E1

ssdeep (Context Triggered Piecewise Hashing)

Context-aware

Detects similar content even with modifications

1536:Ji+IpQ+8yMA8nRvI5HHue8TEcJDTLaLg04Rl/+uKmYMNnv6LhDQ5L0XEm60QYCr:hLeUNnv6Lhs1my

sdhash (Similarity Digest Hashing)

High-precision

High-precision similarity detection for forensic analysis

sdhash:3:78281:QoGgYBCmFNARciBkJxCIBQJNKmKIKFaIkEcAQo8AHXMrgEJQAvhGVwIhRiIBgABgAB8oGACBABQBTIE5ZACwAvJAwESBEAuE

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

Average Hash:0000ffffcf8f8f8f
Perceptual Hash:b847293a434fb2bc
Difference Hash:d51b38403c3c383c
Wavelet Hash:0000ffff87878787
Color Hash:#2dd259

Scan History

Scan history not available

Unable to load historical scan data