SafeMode - Analysis: instagrarnrnrnrn.netlify.app

Visual Capture

Screenshot of instagrarnrnrnrn.netlify.app

Detection Info

https://instagrarnrnrnrn.netlify.app/

Detected Brand

Instagram

Country

Unknown

Confidence

100%

HTTP Status

200

Report ID

9ec530c8-7ba…

Analyzed

2026-08-02 10:18

Content Hashes (HTML Similarity)

Used to detect similar phishing pages based on HTML content

Algorithm	Hash Value
CONTENT TLSH	T15D41412090699D771203C3AC26E67A3B76CAC19BDF430B0665E8C76C47A7D52EC122D6
CONTENT ssdeep	48:TIqJwCZ1oOl5uDH443+zzEvgDG+ZpoR0ZGTAWHgefGkN:TFbZ1oOnu82+PDKGpoaZ4Ag

Visual Hashes (Screenshot Similarity)

Used to detect visually similar phishing pages based on screenshots

Algorithm	Hash Value
VISUAL pHash	cc663399cc663399
VISUAL aHash	0000181818000000
VISUAL dHash	0000103232100000
VISUAL wHash	30303838f8f8f0f0
VISUAL colorHash	38007000080
VISUAL cropResistant	0000103232100000

Code Analysis

Risk Score 75/100

Threat Level ALTO

⚠️ Phishing Confirmed

🎣 Credential Harvester

Telegram Exfiltration

🔑 Telegram Bot Tokens (1)

8944031545:AAH4...ZNptf2Jc

📊 Risk Score Breakdown

Total Risk Score

75/100

Contributing Factors

Active Phishing Kit

Detected kit types: Credential Harvester

Credential Harvesting

Credential harvesting detected with 1 form(s) capturing sensitive data

Telegram Exfiltration

Real-time data exfiltration via Telegram (1 bot token(s) exposed in client-side code)

🔬 Comprehensive Threat Analysis

Threat Type

Credential Harvesting Kit

Target

Instagram users

Attack Method

credential harvesting forms

Exfiltration Channel

Telegram Bot (8944031545:AAH47gzJV...)

Risk Assessment

HIGH - Automated credential harvesting with Telegram Bot (8944031545:AAH47gzJV...)

⚠️ Indicators of Compromise

1 Telegram bot token(s)
Kit types: Credential Harvester

🏢 Brand Impersonation Analysis

Impersonated Brand

Instagram

Official Website

https://www.instagram.com

Fake Service

Credential harvesting service

⚔️ Attack Methodology

Primary Method: Credential Harvesting

Victim enters username and password into fake login form. Credentials are captured via JavaScript and exfiltrated to attacker's server in real-time.

Secondary Method: Client-Side Form Interception

JavaScript intercepts form submissions before they reach the fake backend. This allows real-time credential harvesting and validation without server round-trips.