FIND VULNERABILITIES
You don't need a pentest budget to know what's exploitable in your codebase. Connect a GitHub repo and Nurbak's AI pentester finds the vulnerabilities, ranked by real impact, with the fix. Free scan to start.
Create account and connect GitHubWe never store your code. We only write when you ask for a fix PR.
You see the exploitable bugs first, not an alphabetical dump of every theoretical warning.
Each vulnerability comes with where it is, why it's exploitable, and how to close it.
Injection, broken access control, SSRF, exposed secrets, insecure deserialization and logic flaws.
Runs on our own model on ephemeral infra; your code never reaches a third-party AI and isn't stored.
Create your account and connect GitHub.
Our Whitehat model spins up on ephemeral infra.
It reasons across your code for exploitable bugs.
You get a ranked list with impact and fix for each.
Fix, then re-scan to confirm the issues are gone.
Create an account, connect GitHub and run a free scan. Nurbak's AI reads your code the way a pentester does and returns the exploitable vulnerabilities, ranked by impact, with a fix for each.
No. You connect GitHub from your browser and the scan runs on our infrastructure. Nothing to install, no CI setup.
Injection (SQL, command, XSS), broken access control, SSRF, exposed secrets, insecure deserialization and business-logic flaws, validated for real exploitability.
No. Analysis runs on our own model on ephemeral infrastructure; your code is deleted after the scan and never reaches a third-party AI provider.
A remote code execution vulnerability lets an attacker run their own commands on your server. Here is what RCE is, the six most common root causes (from command injection to Log4Shell), vulnerable and fixed code in Python, Node.js, Ruby and Java, and how to detect and prevent it.
SQL injection is still one of the most damaging web vulnerabilities. Here is how it works, the main types, vulnerable vs fixed code in Node.js, Python, Rails, PHP and Java, and a checklist to find it in your own codebase.
SSRF tricks your server into making requests on an attacker's behalf, often to reach internal services or cloud metadata. Here's how it works and how to stop it.
See exactly what's exploitable in your codebase in minutes.
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