Consolidate security visibility across tools

ASPM — Application Security Posture Management — is a category of tools that unify, prioritize and orchestrate the results of all application security tools, from code to runtime.

The category was born from the observation that a modern enterprise uses around ten different application security tools — SAST, SCA, DAST, IaC, secrets, containers — and none of them talk to each other. Each produces its own alert stream with its own priorities, formats and dashboards.

Result: the CISO doesn't know how many vulnerabilities actually exist, developers receive contradictory tickets, and the AppSec team spends its time on manual triage instead of prevention.

Ten years ago, application security fit in two tools: a SAST and an annual pentest. Today, the scope has exploded.

• SAST for application code
• SCA for open-source dependencies
• DAST for the running application
• IaC scanning for Terraform, Kubernetes, CloudFormation
• Secrets scanning in repos and CI/CD
• Container scanning for Docker images
• Cloud security for misconfigurations
• Runtime protection for production apps

Each tool is individually justified. Together, they create a problem nobody anticipated: consolidation debt.

Common question: "I already have a SIEM, why add an ASPM?" Because they solve orthogonal problems.

SIEM handles runtime

A SIEM ingests infrastructure and application logs from production to detect real-time incidents. It's designed for operational security event correlation.

ASPM handles build and application risk

An ASPM ingests application security scan results (code, dependencies, pipelines) to prioritize, orchestrate remediation and measure maturity. It's designed for application posture pilotage.

1. 1Ingestion — API connectors to existing security tools. An ASPM that doesn't cover your stack is useless. Demand 30+ native integrations.
2. 2Normalization — transforming each tool's heterogeneous formats into a unified data model. A vulnerability must be described the same way whether it comes from a SAST or an SCA.
3. 3Deduplication — the same vulnerability is often detected by multiple tools. Without dedup, you count it three times. A good ASPM typically reduces alert volume by 40–70%.
4. 4Contextual scoring — reprioritize each vulnerability based on its real context: internet exposure, application criticality, known exploitability, business load. Not just raw CVSS.

CVSS is the historical criticality score for vulnerabilities. It's a necessary starting point. It's a dangerous ending point.

Two concrete examples that illustrate the problem.

Example 1 — the 9.8 that can wait

Critical 9.8 CVE on a library used by an internal microservice, not exposed to the internet, inside an isolated VPC, on a staging environment. Raw CVSS = 9.8. Real risk = low.

Example 2 — the 6.5 that must ship first

Medium 6.5 CVE on the auth library of your public-facing app, internet-exposed, with a public exploit on GitHub, actively exploited per CISA KEV. Raw CVSS = 6.5. Real risk = critical.

The real value of an ASPM isn't just consolidating results across tools. It's doing so while preserving organizational structure: by team, by application, by BU.

Concretely, the same ASPM must answer three questions simultaneously:

1. 1What are the 10 most critical vulnerabilities across the whole org? (CISO view)
2. 2What are the 10 most critical vulnerabilities for my team? (CTO / tech lead view)
3. 3What 10 vulnerabilities should I fix this week? (developer view)

If you're evaluating an ASPM platform, here's the mandatory checklist. Any platform that misses these is not an ASPM — it's a dashboard.

• 30+ native integrations to SAST, SCA, DAST, IaC, cloud and container tools
• Cross-tool deduplication (with measurable noise reduction)
• Contextual scoring — not just CVSS
• Two-way sync with ticketing (Jira, Linear, ServiceNow, GitHub/GitLab)
• Multi-team / multi-BU view with granular permissions
• Historical trajectory, not just current state
• Maturity metrics (SAMM, DSOMM)
• API / webhook export
• Sovereign hosting (EU, outside CLOUD Act) if your scan data is sensitive
• Readable pricing model (not per alert, not per scan)