Application security posture management (ASPM) is software that gives an organization one view of security risk across the applications it builds. It collects findings from the many tools used in application security testing, such as code scanners, dependency scanners and runtime tests, removes duplicates, adds context about each application, and ranks issues by real risk. The aim is to help security and development teams agree on what to fix first and to track whether risk is going down.
At a glance
- ASPM collects and correlates results from several application security tools into one place.
- It adds context, such as business importance, internet exposure and whether code runs in production, to rank findings.
- It usually also checks software pipelines and repositories for risky settings and missing controls.
- Many products route prioritized issues into developers’ existing ticketing and workflow tools.
- Some products are overlays on other scanners; others bundle their own scanning.
What problem it solves
Organizations that build software often run several security tools: static application security testing (SAST) for their own code, software composition analysis for open-source dependencies, dynamic application security testing (DAST) for running applications, plus secret scanning, container scanning and infrastructure-as-code checks. Each produces its own list of findings in its own format. The same issue may be reported several times, and the lists quickly reach thousands of items.
Developers can’t fix everything and often push back on findings that look irrelevant. Security teams, meanwhile, struggle to answer basic questions such as which applications carry the most risk or whether things are improving. ASPM addresses this by pulling everything into one inventory, linking findings to the applications and teams that own them, and focusing attention on the issues that are most likely to be exploited and would hurt most if they were.
How it works
Integration. ASPM connects to code repositories, build pipelines, security scanners, ticketing systems and often cloud and runtime tools, usually through APIs.
Inventory. It builds a picture of applications, their code repositories, components and owners, often drawing on a software bill of materials (SBOM) where one is available.
Correlation and deduplication. Findings from different tools that describe the same underlying issue are merged, and each is linked to the application, repository and team responsible.
Prioritization. Severity is combined with context, such as whether the vulnerable code is reachable, whether the application is exposed to the internet, what data it handles and whether exploits are known. Policies can set what must be fixed before release.
Workflow and reporting. Prioritized issues are sent to developers in the tools they already use, and dashboards track open risk, fix times and policy compliance over time. This fits a DevSecOps approach, where security is part of everyday development work.
When it matters for buyers
- When you run several application security tools. ASPM’s value grows with the number of tools and the volume of findings. Our application security testing overview covers the scanners ASPM draws on.
- When developers are overwhelmed by findings. Prioritization helps focus scarce engineering time.
- When leadership or customers ask about software risk. ASPM can provide consistent reporting across applications.
- When consolidating security vendors. It can be part of a platform or a neutral layer over several tools; each choice has trade-offs.
- When software supply chain requirements increase. Customers and regulators increasingly ask about how software is built and what it contains.
Questions to ask vendors
- Which scanners, code repositories, pipelines and ticketing systems do you integrate with today?
- Do you require your own scanners, or will you work with the tools we already use?
- How do you deduplicate findings, and can we see how a merged finding was built?
- What context do you use to prioritize, and can we adjust the rules?
- Can you tell whether vulnerable code is reachable or deployed in production?
- How is pricing calculated: per developer, per application, per repository or another unit?
- How do you avoid flooding developers with tickets?
How it differs from application security testing
Application security testing finds flaws: the scanners and reviews that examine code, dependencies and running applications. ASPM manages what those tools find: it brings their results together, adds context, prioritizes and tracks fixes across the portfolio. A company can test without ASPM, and ASPM without testing has nothing to work with. ASPM also overlaps with vulnerability management, which does similar prioritization for infrastructure and endpoints, and with a cloud-native application protection platform (CNAPP) on the cloud side.