Read the code.
Prove the exploit.
Static analysis flags thousands of issues and proves none of them. SpartanX brings your source code into the same exploit-first loop as the rest of your surface, confirms which weaknesses are reachable in the running application, and chains them into real paths.
A scanner that flags everything proves nothing
Traditional static analysis reads your code and produces a wall of findings with no idea which are reachable once the application is running. Developers learn to distrust the list, the backlog grows, and the one flaw that matters hides in the noise.
The gap is proof. A weakness in a line of code is only a risk if an attacker can actually reach and trigger it. SpartanX closes that gap by tying the code to the running system and to every other surface around it, so a finding is reported only once it is proven exploitable.
From a flagged line to a proven path
Read the repository
The platform ingests your source, from a single repo to a monorepo, and maps the code against your live environment in the knowledge graph.
Prove reachability
An autonomous adversary confirms which weaknesses are actually exploitable in the running application, and discards the flags that can never be reached.
Chain to the real path
Proven code weaknesses are chained with the web, API, identity, and cloud exposures around them, so you see the full path, not an isolated line number.
Open the fix
When a flaw is proven, the platform opens a pull request with the fix and retests to confirm the path is closed. A human approves before anything changes.
Your developers fix what is real
No more faith-based backlog
Code tied to consequence
Faster time to a verified fix
Whether a flagged line of code is actually reachable, or just one more unvalidated entry in a backlog nobody trusts.
Point the adversary at your code
See which of your code weaknesses an attacker can actually reach, with the fix already written.