ASPM

How it works

ASPM (Application Security Posture Management) sits above your existing scanners and pulls their findings into one graph: SAST results, DAST results, SCA dependency alerts, IAST runtime findings, secrets scanning, and container image scans. It correlates those findings against the actual running application, so a critical CVE in a library that is never loaded at runtime gets deprioritized under one that sits directly in an internet-facing request path. The platform tracks each finding from commit to deploy, assigns it an owner, and reports one risk score per application instead of five disconnected dashboards. Vendors: Apiiro, Cycode, Legit Security, OX Security.

When it matters

ASPM matters once you are running four or more security scanners and your AppSec team spends more time triaging duplicate and low-context alerts than fixing real bugs, a threshold most orgs hit somewhere past 50-100 services. Skip it and each tool cries wolf independently: the SAST tool flags a SQL injection pattern, the SCA tool flags the same library for a different reason, and nobody can tell which of the 40 open tickets is actually exploitable today. See SOC 2 for Startups for where ASPM fits in an audit-readiness program.

Common misconceptions

• "ASPM replaces SAST and DAST." It does not scan anything itself. It is an aggregation and prioritization layer on top of the scanners you already run.
• "ASPM is just a dashboard." The value is the correlation logic, tying a finding to the code owner, the deploy pipeline, and runtime reachability, not the UI that displays it.
• "You need ASPM at seed stage." With one or two scanners and a handful of services, a shared spreadsheet does the job. ASPM earns its cost once tool sprawl and alert volume outpace what a small team can triage by hand.