Know what's
actually
exploitable.
Most SCA tools hand you a list of CVEs and leave you to figure out which ones are real. 00felix scans your full dependency graph, traces every vulnerability back to whether your code can actually reach it, then validates each finding with AI before it becomes a ticket. The result: a short list of confirmed, reachable, actionable vulnerabilities, not hundreds of alerts your team can't act on.
Every dependency.
Every transitive edge.
00felix builds your full dependency graph natively, not by reading what another tool reported. It resolves direct dependencies, their transitive dependencies, and the full chain of relationships between them, across Java, JavaScript, Python, and .NET, across every repository in your fleet simultaneously.
Most vulnerabilities don't live in the package you declared. They live three layers down in something you have never heard of that got pulled in transitively. 00felix finds those too.
Most CVEs in your tree will never touch your code.
A CVE only matters if the vulnerable code path is reachable from your application. A package can be in your dependency tree while none of your code ever calls the function that contains the vulnerability. Traditional SCA tools flag it anyway. 00felix doesn't.
00felix traces every call path from your first-party code into your dependency graph and maps which CVEs sit behind reachable code and which sit in branches your application never enters. The packages you're not calling can't exploit you, and your engineers shouldn't be spending time on them.
Reachable doesn't always mean exploitable.
AI validates the difference.
Reachability tells you whether your code calls into a vulnerable code path. It doesn't tell you whether an attacker can trigger it from the outside. 00felix runs an AI validation pass on every reachable finding to assess real-world exploitability: does the vulnerability require input your application exposes? Is it behind authentication your threat model assumes is intact? Is there a compensating control already in place?
Findings that clear AI validation become confirmed, actionable vulnerabilities. Findings that don't are dismissed with a reason, not silently dropped. Every decision is visible and auditable.
From repo to confirmed
finding in one pass.
Now it fixes it.
Find out what's actually
exploitable in your code.
Run 00felix on any GitHub repo in minutes.
No setup. No sales call. No credit card.
Know what's
actually
exploitable.
Most SCA tools hand you a list of CVEs and leave you to figure out which ones are real. 00felix scans your full dependency graph, traces every vulnerability back to whether your code can actually reach it, then validates each finding with AI before it becomes a ticket. The result: a short list of confirmed, reachable, actionable vulnerabilities, not hundreds of alerts your team can't act on.
Every dependency.
Every transitive edge.
00felix builds your full dependency graph natively, not by reading what another tool reported. It resolves direct dependencies, their transitive dependencies, and the full chain of relationships between them, across Java, JavaScript, Python, and .NET, across every repository in your fleet simultaneously.
Most vulnerabilities don't live in the package you declared. They live three layers down in something you have never heard of that got pulled in transitively. 00felix finds those too.
Most CVEs in your tree will never touch your code.
A CVE only matters if the vulnerable code path is reachable from your application. A package can be in your dependency tree while none of your code ever calls the function that contains the vulnerability. Traditional SCA tools flag it anyway. 00felix doesn't.
00felix traces every call path from your first-party code into your dependency graph and maps which CVEs sit behind reachable code and which sit in branches your application never enters. The packages you're not calling can't exploit you, and your engineers shouldn't be spending time on them.
Reachable doesn't always mean exploitable.
AI validates the difference.
Reachability tells you whether your code calls into a vulnerable code path. It doesn't tell you whether an attacker can trigger it from the outside. 00felix runs an AI validation pass on every reachable finding to assess real-world exploitability: does the vulnerability require input your application exposes? Is it behind authentication your threat model assumes is intact? Is there a compensating control already in place?
Findings that clear AI validation become confirmed, actionable vulnerabilities. Findings that don't are dismissed with a reason, not silently dropped. Every decision is visible and auditable.
From repo to confirmed
finding in one pass.
Now it fixes it.
Find out what's actually
exploitable in your code.
Run 00felix on any GitHub repo in minutes.
No setup. No sales call. No credit card.
