See which findings an attacker can actually reach
Cybret builds a graph of your application, traces which exposed routes really lead to sensitive data, and overlays runtime alerts so triage starts with the paths that are live.
Most AppSec findings describe paths that cannot be reached
Static scanners surface every theoretical vulnerability. Reachability analysis asks the harder question: given your application's actual architecture, which of those paths can an attacker traverse to sensitive data?
Static scanners miss context
SAST, SCA, and DAST tools report on component-level risk. They do not understand whether a vulnerable component sits on a path an attacker can actually traverse in your topology.
Triage without graph context is guesswork
CVSS scores and severity ratings describe potential risk in isolation. Without reachability, a team cannot tell which of hundreds of findings actually belongs at the top of the queue.
Engineering time spent on the wrong findings
When teams work from severity alone, they remediate vulnerabilities that an attacker could never reach, while reachable paths lower in the queue get deferred.
From architecture graph to ranked exposure list
Automated graph construction
Built from your application's service topology and code dependencies. No manual architecture diagrams. No agents to install in production.
Path reasoning
Traces which exposed routes actually reach sensitive data nodes. Only paths that connect entry points to real data stores enter your triage queue.
Runtime correlation
Live alert signals are mapped onto the graph. Paths with active detections rank above theoretical ones. Triage starts where the live threat surface is.
Connect. Map. Correlate.
Connect
Point Cybret at your repository and runtime environment. It builds the application graph automatically, reading service boundaries, API definitions, and data model declarations.
Map
The graph engine traces every path from user-reachable entry points to data stores and sensitive sinks. Paths are scored by traversal depth and node risk level.
Correlate
Runtime alerts are overlaid on the graph. Paths with live activity surface to the top of your triage queue. Your team starts with what is real, not what is theoretical.
Signal, not volume
Across 8 open-source reference applications evaluated internally, Cybret consistently identified a small, prioritized set of reachable critical paths from large CVE finding sets. See methodology notes for scope.
Internal benchmark only. No client outcome claims. No cohort numbers. No client attribution.