Wiz Explains Prioritizing Exploitable Application Risks with Code-to-Cloud Context

Summary

Wiz describes enriching and deduplicating application-security findings, then correlating code, build, cloud runtime, and network exposure to prioritize exploitable attack paths and manage lower-priority security debt.

Key points

Wiz says it enriches findings with context such as EPSS scores, active exploit availability, CISA KEV status, code snippets, and network reachability.
Its platform labels duplicate findings and can apply ignore rules, while consolidating related scanner alerts into a single finding.
Wiz Security Graph links code findings to build artifacts, production cloud workloads, and internet exposure to identify potential attack paths.
The article’s example describes Wiz combining SAST findings, a production Kubernetes deployment, a public endpoint, and reachability validation into one high-priority issue.
Wiz says findings on branches that do not reach running cloud workloads can remain lower priority; other findings can be tracked through Posture Issues and remediation SLAs.

Article Details

Topic: Prioritizing application security risk with code-to-cloud context and exploitable attack paths

Vendors

Snykalerts from a specific tool. In the example below, we’re filtering vulnerability findings surfaced from a Snyk SCA scan. WizTo transform raw scanner output into actionable risk, Wiz Code executes prioritization across two distinct layers:

Products

Wiz CodeTo transform raw scanner output into actionable risk, Wiz Code executes prioritization across two distinct layers:Wiz Security GraphAttack path prioritization: Using the Wiz Security Graph to connect code-level findings with live cloud runtime context, elevating isolated flaws into fully validated attack paths.

Tools

Red Agentthis example, a SAST CWE is deployed to an internet facing resource and is confirmed exploitable by our Red Agent. Instead of manually piecing together four separate alerts across three different tools, Wiz draws the