Hey Hunters,
Sorry for the delay—DarkShadow here, back again dropping one of my secret methodologies 😁

🌀 AWS S3 Bucket Takeover Like a Pro — Super Simple but Highly Effective 🔥

✨Before diving in, let’s understand the whole scenario...

👀 1. Which buckets are vulnerable to takeover?
👀 2. What’s the real impact of taking over an S3 bucket?
👀 3. How do we find S3 buckets that are potentially vulnerable?
👀 4. How can we validate whether a bucket was actually used by the target?


⚡ 1. Vulnerable Buckets:
If a target previously used an S3 bucket and deleted it—but the subdomain (CNAME) is still pointing to amazonaws.com—that’s a perfect takeover opportunity.

⚡ 2. Impact:
If the bucket is still referenced anywhere in the backend or services, and the target forgot to remove it, you might even achieve RCE. In some cases, it can lead to full system compromise.

⚡ 3. Finding Buckets (Using FOFA):
Here’s how I hunt them down using FOFA:

🧠 FOFA Dork:

body="specified bucket does not exist" && (host="target.com" || host="target_domain_name_only") && port="443"

🔍 This dork gives you subdomains that point to missing or deleted buckets. FOFA indexes fingerprints across the web—even for deleted resources—so it’s a goldmine for finding exposed assets the target forgot.

⚡ 4. Validating Ownership:

🔎 Method 1: GitHub Recon
Use GitHub dorks like:

org:target_org "target.s3.amazonaws.com"

Or simply search:

"target.s3.amazonaws.com"

You might discover hardcoded links, past commits, or configuration files that prove the target was using this bucket.

🌐 Method 2: DNS History (Not Always Effective, But Worth a Shot)
Check if the bucket was ever configured for static website hosting.

Use these tools to check historical DNS records:

https://securitytrails.com
https://dnsdumpster.com
https://viewdns.info
https://www.robtex.com

If any DNS leaks or CNAME records are found, analyze them to build your proof of ownership.


🎯 So guys, I hope you enjoyed reading this little piece of my methodology.
💥 Don’t forget to follow me 👉🏼 DarkShadow

#dork #takeover #bugbountytips

🔍 Bug Bounty Tip – PDF Keyword Crawler

Hunting for sensitive info in public PDFs?

🧩 Use PDF Keyword Crawler Firefox add-on
📁 Load your urls.txt (with .pdf links)
🔑 It scans for sensitive keywords automatically!

🧠 Great for discovering leaked secrets, creds, or internal docs.

👉 Add-on: https://addons.mozilla.org/es-AR/firefox/addon/pdf-keyword-crawler/

⚡️Outdated but Helpful Some MySQL tricks to break some #WAFs out there. ⚔️ by @BRuteLogic

SELECT-1e1FROM`test`
SELECT~1.FROM`test`
SELECT\NFROM`test`
SELECT@^1.FROM`test`
SELECT-id-1.FROM`test`

#infosec #cybersec #bugbountytips

🚨 CVE-2025-0133 - medium 🚨

PAN-OS - Reflected Cross-Site Scripting

> A reflected cross-site scripting (XSS) vulnerability in the GlobalProtect™ gateway

👾 https://t.co/pk8n5FJa8K

CVE-2025-4278, -5121, 2254 and other: Multiple vulnerabilities in GitLab, 3.7 - 8.7 rating❗️

In recent patch notes, GitLab reported ten vulnerabilities, including HTML injection, XSS, DoS, and more.

Search at Netlas.io:
👉 Link: https://nt.ls/dq6qU
👉 Dork: http.favicon.hash_sha256:72a2cad5025aa931d6ea56c3201d1f18e68a8cd39788c7c80d5b2b82aa5143ef OR http.headers.set_cookie:"gitlab" OR http.headers.location:"gitlab"

Vendor's advisory: https://about.gitlab.com/releases/2025/06/11/patch-release-gitlab-18-0-2-released/#cve-2025-5121---missing-authorization-issue-impacts-gitlab-ultimate-ee

CF-Hero is a simple tool that helps you discover the origin IP of Cloudflare-protected servers using multiple sources! 😎

🔗 github.com/musana/CF-Hero

🇮🇳 Operation CyberShakti
Independence Day Special Batch
Only for Beginners

💻 Ethical Hacking & Web Pentesting
📅 Duration: 2 Months (Live Classes)
👥 10 Students Per Batch
💰 ₹3999
🌐 https://brutsec.com/CyberShakti.pdf

📩 Join / Ask Queries
Telegram: @wtf_brut
WhatsApp: wa.link/brutsecurity
https://wa.me/+918945971332

No experience? No problem.
Learn from scratch. Build real skills.
Only at Brut Security.

#OperationCyberShakti #BrutSecurity #EthicalHacking #BugBounty #Cybersecurity #BeginnersOnly

🕵️‍♂️ Bug Bounty Tip - Extract JavaScript File URLs from Any Page!

Forget opening DevTools - use this bookmarklet to instantly extract all .js file URLs and download them in a .txt file.

🚀 Why this matters:

Quickly collect all linked JavaScript files
Use them for static analysis (LinkFinder, SecretFinder, etc.)
Great for recon, endpoint discovery & auth bypasses

📌 Bookmarklet Code:
javascript:(function(){let urls=[];document.querySelectorAll('*').forEach(e=>{urls.push(e.src,e.href,e.url)});urls=[...new Set(urls)].filter(u=>u&&u.endsWith('.js')).join('\n');let blob=new Blob([urls],{type:'text/plain'});let a=document.createElement('a');a.href=URL.createObjectURL(blob);a.download='javascript_urls.txt';a.click();})();

💡 How to use:
Create a new bookmark in your browser.
Paste the above code into the URL field.
Visit a target site and click the bookmark.
A javascript_urls.txt file will be downloaded with all .js links.

🔥 Now you can feed that into:
LinkFinder
SecretFinder
JSParser
Or manual analysis!

⚡Dependency Confusion via JS Miner

@GodfatherOrwa just landed a clean P1 by leveraging JS Miner in Burp Suite 🔥

Here’s how it went down 👇

🧩 After crawling all endpoints, he went to:
Target ➝ Extensions ➝ JS Miner ➝ Run All Passive Scans

💥 That’s when he spotted: [JS Miner] Dependency Confusion
The vulnerable package was unclaimed on NPM 👀

📦 Next steps he followed:

npm login
mkdir <package-name> && cd <package-name>
npm init -y
npm publish --access public

After claiming the package, he injected an RCE payload via package.json
🧪 Full POC: github.com/orwagodfather/NPM-RCE

💣 Result? A solid P1 vulnerability and a perfect example of how effective Dependency Confusion still is.

Props to @GodfatherOrwa for consistently dropping fire techniques 🔥

🔍 Bug Bounty Web Checklist
✅Track your web pentesting progress by checking each subcategory.
👉https://nemocyberworld.github.io/BugBountyCheckList/