See sometimes I wish I can hack the minds of women of today to see why they think the way they do.But then it hit they all open-sourceππ¨πΎβπ»π
A real bug with a badly-written report gets triaged slower, scored lower, or bounced back for clarification. The finding doesn't change, but the writeup determines how fast you get paid.
The checklist exists because the same handful of details (reproduction steps, affected scope, a clean impact statement) are what triagers actually ask follow-up questions about when missing. This makes sure they're in the first submission, not the third.
If your org has "someone probably added an AI feature somewhere" energy, this finds it before it shows up in a pen test finding or a leaked key report. $19.
https://t.co/Ce1U8CwcF0
Every team I've looked at has more AI SDK calls in their codebase than anyone on the security side actually knows about.
I built a scanner that finds all of it in one pass.
Every hit comes with file/line evidence, no cloud upload, one dependency (colorama). Labeled honestly as heuristic, not dataflow analysis, so it tells you where to look, not a guaranteed verdict.
Zero third-party API calls, runs fully local β no more stitching together 6 different single-purpose GitHub repos before you can start on a target.
$24, one-time, lifetime updates.
https://t.co/mH9saCC6rC
Most recon toolkits give you subdomain enum and call it a day.
I bundled 9 tools I actually built and used doing real bug bounty work into one kit. No dependencies beyond Python.
They're where I've found real, payable bugs β cloud-metadata SSRF on internal endpoints, IDOR through unauthenticated GraphQL fields β on programs that "look" locked down from outside.
$12. Built as a focused starter β if you want the full recon stack (SSRF, IDOR, subdomain takeover, CORS, and more) it upgrades cleanly into my Recon Toolkit.
https://t.co/T1luO7Rs4l
A lot of APIs turn off GraphQL introspection in prod and consider the schema "hidden."
It usually isn't. I built a 2-tool kit that dumps the full schema when introspection IS enabled, and falls back to aliased-operation + GET-based bypass attempts when it's supposedly off.
GraphQL is where a lot of programs still have the weakest coverage β REST gets scanned constantly, GraphQL endpoints often don't. This is the cheapest way into that gap.