Automate vulnerability triage. See what's actually exploitable.
Your AppSec team can't hand-triage every finding your scanners produce. Konvu's agents review each one and cut the backlog by about 95%, leaving your team a queue where every finding is exploitable and every verdict carries its evidence.
About 95% noise reduction
Konvu triages SCA, SAST, and container findings automatically and dismisses what isn't exploitable, with evidence attached.
Evidence, not scores
Every verdict comes with the reasoning behind it: code checked, conditions verified, dismissals your team can defend.
Developers see what's real
When every finding in the queue is exploitable, developers stop treating security tickets as noise.
One process, every scanner
SCA, SAST, and container triage run the same way, so your AppSec team isn't managing a different process per tool.
Your scanners produce a list. Your team needs decisions.
Nothing here replaces the tools you run. Snyk, Semgrep, Checkmarx, Trivy and Wiz are good at finding candidates. What none of them do is open each finding, check whether it can be used in your deployment, and write down why. That is the hour per finding your team spends by hand today.
- False positive
- 2,148
- Exploitable
- 84
- Inconclusive
- 39
closed in the scanner, reasoning attached
ticketed, ranked, evidence on each
routed to a human, never billed
Nobody opened 2,148 findings to close them. The queue your team sees is the 84.
One place to see what Konvu decided
Every finding Konvu has assessed sits in one view, whichever scanner raised it. Sort by verdict, open one, and the evidence is there: the code Konvu read and the condition that settled the call.
Verdicts land where your team already works
Exploitable findings and their evidence push into Jira, GitHub, and the scanners you already run. No separate dashboard for developers to check, no second backlog to maintain.
One triage engine, every finding type
The investigation runs the same way no matter which scanner raised the finding.
Custom code
Which static analysis findings in your own code an attacker could reach, once the guards on the path are accounted for.
SAST triage →