Detailed analysis of captured phishing page
Used to detect similar phishing pages based on HTML content
| Algorithm | Hash Value |
|---|---|
|
CONTENT
TLSH
|
T1C6C1F871A2309DB301A2D2E4FAE6B74BB1C282AACB06560152EC935D0EF7E85DD711E4 |
|
CONTENT
ssdeep
|
96:gc2ET3hZ4zjHsDTRMS8BSfEdNRPyEffgcHLZQtwD0u8BQ8vrS3eeK5NpLA8g8D0C:OM3hZAHSRMS8BSfEdNwHcHLZQmvK5r51 |
Used to detect visually similar phishing pages based on screenshots
| Algorithm | Hash Value |
|---|---|
|
VISUAL
pHash
|
b3734c4c66735919 |
|
VISUAL
aHash
|
00ffffe7e7ffffff |
|
VISUAL
dHash
|
0808324c4c300000 |
|
VISUAL
wHash
|
00080c04c7dfcfcf |
|
VISUAL
colorHash
|
070000001c0 |
|
VISUAL
cropResistant
|
0c281a4c0c100000,0000004040400080 |
• Amenaza: Phishing
• Objetivo: Usuarios de Microsoft
• Método: Suplantación de identidad y recopilación de credenciales
• Exfil: /personal/diego_carvajal_gonzalez_signify_com/_layouts/15/guestaccess.aspx?share=IQC9ec0vkxooSZibOAtB3QEqAUrzsq-b7G5gjCNMxbQHiPw
• Indicadores: Coincidencia de dominio, solicitud de correo electrónico, uso de Javascript ofuscado
• Riesgo: Alto
The attacker aims to steal user credentials by mimicking a legitimate login page and prompting the user to enter their email.
The phishing email leverages the user's familiarity with Microsoft services to trick them into entering their credentials.
1. Step 1: User lands on spoofed SharePoint/Office 365 document sharing page 2. Step 2: Page loads legitimate-looking UI with Microsoft CDN resources 3. Step 3: WebForm_InitCallback() silently collects all form fields (including password inputs) into __theFormPostCollection 4. Step 4: User interaction (e.g., clicking 'Open Document') triggers __doPostBack() or WebForm_DoCallback() 5. Step 5: Callback function dynamically creates hidden iframe or XMLHttpRequest to submit collected data to server 6. Step 6: WebForm_ExecuteCallback() processes server response (success/error) to maintain illusion of legitimacy 7. Step 7: Credentials are exfiltrated to attacker's server while user is redirected to a 'loading' or error page
1. Step 1: User lands on spoofed SharePoint/Office 365 document sharing page 2. Step 2: Page loads legitimate-looking UI with Microsoft CDN resources 3. Step 3: WebForm_InitCallback() silently collects all form fields (including password inputs) into __theFormPostCollection 4. Step 4: User interaction (e.g., clicking 'Open Document') triggers __doPostBack() or WebForm_DoCallback() 5. Step 5: Callback function dynamically creates hidden iframe or XMLHttpRequest to submit collected data to server 6. Step 6: WebForm_ExecuteCallback() processes server response (success/error) to maintain illusion of legitimacy 7. Step 7: Credentials are exfiltrated to attacker's server while user is redirected to a 'loading' or error page
WebForms.js (or similar ASP.NET client-side script)WebForm_DoCallback()WebForm_CallbackComplete()WebForm_ExecuteCallback()WebForm_InitCallback()WebForm_InitCallbackAddField()__doPostBack()Pages with identical visual appearance (based on perceptual hash)
Found 10 other scans for this domain