DryRun as AppSec Prioritization Layer

The real prize in AppSec is deciding what matters, not finding more alerts. Apiiro and OX both used that layer to move from single scanners into systems of record for security teams, by pulling findings from code, dependencies, CI/CD, and runtime into one queue, then ranking issues by exploitability, business impact, ownership, and release context so teams know what to fix first.

• Apiiro built its ASPM pitch around deep code and runtime context. It connects to source control, builds an application inventory, normalizes findings from native and third party tools, maps them to code owners, and uses that context to drive policies and remediation workflows. That turns triage into an ongoing operating layer instead of a one time scan result.
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• OX pushed the same expansion from another angle, active workflow automation. Its platform combines visibility, traceability, contextual prioritization, and no code response flows, which means AppSec teams can route critical issues into tickets, approvals, and fixes without living in spreadsheets. That is how a scanner becomes a coordination hub.
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• This matters for DryRun because the same prioritization layer can widen the buyer set. A pull request tool starts with developers, but a risk register, policy controls, and cross repo intelligence pull in AppSec leaders and platform teams, which supports higher seat counts, larger contracts, and stickier renewals than a narrow code review product alone.

The market is moving toward AppSec products that sit above raw scanners and below developer workflows, acting as the place where risk gets ranked, assigned, and tracked to closure. If DryRun keeps building that control layer, it can grow from a helpful review bot into part of the operating system that security teams use to run software risk across the whole engineering org.