One URL field. One request. Full cloud account compromise.
That’s SSRF — and it’s one of the highest-paying bug classes in 2026 because every app now runs on AWS/GCP/Azure.
Complete guide (beginner → pro, every bypass technique) here 👇
http://169.254.169.254/latest/meta-data/iam/security-credentials/
That one URL, pasted into an “image preview” field, can leak your AWS IAM credentials.
Full breakdown: finding it, bypassing filters, and exploiting cloud metadata. ☕
SSRF: easy enough for beginners, deep enough that pros still find new bypasses on “patched” targets.
New guide covers both — from basic confirmation to IP encoding bypasses, DNS rebinding, and cloud metadata exploitation.
#CloudSecurity
medium.com/the-first-digit/s…
Stop running subfinder, httpx, and nuclei one tool at a time.
I built one script that goes from “company name” → full recon (subdomains, live hosts, JS secrets, endpoints, nuclei scan, takeover check) in a single run. 🔧
Full pipeline + copy-paste script here 👇
9 recon tools. 1 script. 1 command.
From “target.com” to a fully organized folder of subdomains, screenshots, JS secrets, and nuclei findings — ready to manually dig into.
Full toolchain (free to copy)
Your recon shouldn’t take longer than your actual bug hunting.
New article: the full automation pipeline I use on every target — one script, start to finish. ☕
#bugbounty #infosec #Cybersecurity
osintteam.blog/i-automated-m…
Just change the ID in the URL and see what happens.”
Sounds too simple to work — but IDOR is still one of the most commonly found, highest-paying bugs in bug bounty. 🔓
New write-up: step-by-step guide to finding IDOR & Broken Access Control using endpoints from JS files
Account A logged in. Account B’s data returned.
That one swap is a confirmed IDOR — and most apps still don’t catch it.
Full guide covers ID enumeration, method-based bypass, parameter pollution & more:
IDOR & Broken Access Control = beginner-friendly, low-hanging fruit bugs.
No advanced skills needed — just patience and a systematic approach.
New article breaks down the exact process (with commands). ☕
#bugbounty #infosec #CyberSecurity
medium.com/the-first-digit/h…
Most rate limit bugs get rejected — not because they don’t exist, but because hunters test them lazily.
New write-up: 9 real bypass techniques (IP rotation, race conditions, token reset & more) that actually work on login/OTP endpoints 👇
20 requests sent in parallel. 15 got through.
That’s a race condition bypassing rate limiting — and it’s one of the most under-reported bugs in bug bounty.
Full guide with every technique here: [link]
Rate limiting bypass = easy to find, easy to get rejected if done lazily.
New article covers 9 techniques that actually work (with commands): header spoofing, race conditions, parameter pollution & more. ☕
medium.com/meetcyber/rate-li…
How to find & confirm Subdomain Takeovers, step by step (with every tool + command) 👇
blog.target.com → still pointing to a GitHub Pages site nobody owns anymore.
This is how subdomain takeovers happen — and how find them before anyone else does.
Full guide + automation script here
No payloads, no exploits — just recon+the right tools.
The new article covers the full process: subfinder → dnsx → nuclei → manual verification. ☕
medium.com/meetcyber/how-to-…
#bugbounty #infosec #CyberSecurity
1/ Business logic bugs are some of the best-paying bugs in bug bounty, and scanners often miss them.
Here's how I hunt them 🧵
6/ Step 5: Race conditions.
Send 5-10 identical "redeem coupon" requests in parallel using Burp's "Send group in parallel".
Anything with a "use once" limit is a target.
7/ The real skill isn't tools, it's mindset.
Ask for every feature: "What is this trying to prevent, and is there any path that avoids that check?"
Full guide with all 8 steps + reporting tips 👇
medium.com/meetcyber/how-to-…
