SafeMode - Analysis: danakaget123.netlify.app

Captura Visual

Informações de Detecção

http://danakaget123.netlify.app/

Detected Brand

DANA

Country

Unknown

Confiança

100%

HTTP Status

200

Report ID

429a07f7-d1b…

Analyzed

2026-08-02 10:13

Final URL (after redirects)

https://danakaget123.netlify.app/

Hashes de Conteúdo (Similaridade HTML)

Used to detect similar phishing pages based on HTML content

Algorithm	Hash Value
CONTENT TLSH	T18901FD50244A8D725281E2E00AD09B0A65F2C75AD72B0E052B9863EC86D2E5ADE8B448
CONTENT ssdeep	12:hsMy7FUGiv4MJewFemsD2CdZCwzGjZr3oJD9kDV/JOrqgeSk+963H0:hrCxwMmsJNGZYN9uvkteSf9C0

Hashes Visuais (Similaridade de Captura)

Used to detect visually similar phishing pages based on screenshots

Algorithm	Hash Value
VISUAL pHash	99cc663399cccc33
VISUAL aHash	0000181818180000
VISUAL dHash	200cb2b2b2b20c20
VISUAL wHash	3c2418181818000c
VISUAL colorHash	000000001c0
VISUAL cropResistant	8a8e9686903b3394,200cb2b2b2b20c20

Análise de Código

Risk Score 75/100

Nível de Ameaça ALTO

⚠️ Phishing Confirmed

🎣 Credential Harvester

Telegram Exfiltration

🔑 Telegram Bot Tokens (1)

8726525722:AAG0...XruvGp9U

📊 Detalhamento da Pontuação de Risco

Total Risk Score

75/100

Contributing Factors

Active Phishing Kit

Detected kit types: Credential Harvester

Telegram Exfiltration

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

🔬 Análise Integral de Ameaças

Tipo de Ameaça

Credential Harvesting Kit

Alvo

DANA users

Método de Ataque

Phishing webpage

Canal de Exfiltração

Telegram Bot (8726525722:AAG0N7jMd...)

Avaliação de Risco

HIGH - Automated credential harvesting with Telegram Bot (8726525722:AAG0N7jMd...)

⚠️ Indicators of Compromise

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

🏢 Análise de Falsificação de Marca

Impersonated Brand

DANA

Official Website

N/A

Fake Service

Credential harvesting service

⚔️ Metodologia de Ataque

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: Standard Phishing Techniques

Uses typical phishing tactics including brand impersonation, urgency tactics, and social engineering to trick victims into providing sensitive information.