Application Security Posture Management
Gain complete visibility into application security risk and focus remediation on what matters most.
Aptori ASPM correlates findings from code, APIs, dependencies, Kubernetes, runtime validation, and third-party tools so security teams can move from finding volume to verified risk, faster remediation, and continuous compliance evidence.
From security findings to verified risk to resolved vulnerabilities.
What is Application Security Posture Management?
Application Security Posture Management, commonly called ASPM, provides a centralized system for understanding application security risk across the software lifecycle. It aggregates, normalizes, correlates, and prioritizes findings from security tools so teams can focus on the risks that matter most.
Centralized Visibility
Unify security signals across repositories, APIs, dependencies, containers, Kubernetes environments, runtime systems, and compliance workflows.
Contextual Prioritization
Prioritize risk using exploitability, reachability, runtime behavior, asset ownership, business impact, EPSS, KEV, CVE, and OSV intelligence.
Operational Remediation
Move beyond dashboards by routing validated findings into developer-ready remediation workflows and verification loops.
The problem is not lack of security data. The problem is knowing which risks matter.
Modern AppSec teams operate many scanners and platforms. SAST, DAST, SCA, API security, container security, Kubernetes security, runtime monitoring, and compliance tools all generate findings. Without correlation, validation, and prioritization, teams are left with volume instead of direction.
From findings to verified risk.
Aptori combines security testing engines, a Security Data Lake, runtime validation, and AI Security Engineers to help organizations understand application security posture and accelerate resolution.
Unify application security posture across every signal.
Aptori's Security Data Lake gives ASPM its operating foundation by connecting findings, assets, owners, services, dependencies, runtime behavior, and remediation progress into a single risk model.
Finding Aggregation
Bring together results from Aptori and third-party AppSec tools across code, APIs, dependencies, containers, and infrastructure.
Asset Correlation
Map findings to applications, services, APIs, repositories, teams, and business-critical workflows.
Security Analytics
Track risk trends, remediation velocity, recurring weakness patterns, and exposure across product lines.
Compliance Visibility
Maintain evidence of testing, validation, remediation, and control effectiveness for security and audit teams.
Prioritize risk using context, reachability, and runtime proof.
ASPM becomes valuable when it reduces noise and clarifies action. Aptori enriches findings with vulnerability intelligence, application context, and runtime validation so teams can focus on exploitable and business-relevant risks.
Vulnerability Intelligence
Correlate CVE, OSV, KEV, and EPSS data with application context to understand likelihood and severity.
Application Context
Use service ownership, asset criticality, reachability, data sensitivity, and deployment context to prioritize remediation.
Runtime Validation
Validate whether risks are exploitable in running applications and APIs before escalating remediation priorities.
Runtime validation changes ASPM.
Most ASPM platforms aggregate findings. Aptori goes further by using semantic runtime validation to confirm whether a vulnerability can actually be exploited in a running application or API.
AI SAST feeds better posture management.
Aptori SMART identifies code-level risks using AI SAST and semantic analysis. ASPM correlates those findings with runtime behavior, business context, ownership, and remediation progress.
ASPM provides visibility. Continuous vulnerability management drives execution.
Application Security Posture Management helps teams understand risk. Continuous vulnerability management turns that visibility into a repeatable operating model for discovery, validation, prioritization, remediation, and verification.
Compliance should be the outcome of managing risk.
Aptori ASPM helps organizations maintain continuous application security evidence across security testing, vulnerability management, runtime validation, and remediation workflows.
EU CRA and NIS2
Support secure-by-design expectations, vulnerability handling, remediation tracking, and evidence of software security controls.
UK TSA and Telecom
Improve visibility across OSS, BSS, APIs, Telco Cloud, Kubernetes, and partner-facing software environments.
PCI DSS, SOC 2, ISO 27001
Generate ongoing evidence of vulnerability management, secure development practices, and risk-based remediation.
Application Security Posture Management for modern software teams.
Telecommunications
Manage risk across OSS, BSS, network APIs, Telco Cloud, partner systems, and Kubernetes environments.
Financial Services
Correlate application risk with compliance obligations, payment systems, APIs, open banking, and PCI DSS controls.
SaaS Platforms
Track posture across multi-tenant applications, rapid release cycles, AI-generated code, APIs, and customer-facing services.
Public Sector
Support secure-by-design software delivery, evidence generation, and continuous risk management for regulated environments.
Make application security posture operational.
Aptori ASPM connects visibility to action through a continuous workflow that helps security and development teams resolve risk faster.
Continue building a complete application security program.
Application Security Posture Management works best when connected to testing, validation, remediation, and compliance workflows.
See how Aptori unifies AI SAST, API security testing, ASPM, runtime validation, remediation, and compliance.
Explore platform → AI SASTUse semantic analysis and AI-assisted remediation to secure human-written and AI-generated code.
Explore AI SAST → Semantic Runtime ValidationValidate application and API behavior in runtime to prove exploitability and verify fixes.
Explore runtime validation → Continuous Vulnerability ManagementContinuously discover, validate, prioritize, remediate, and verify vulnerabilities.
Explore vulnerability management → Application Security ComplianceGenerate evidence for secure-by-design, vulnerability management, and regulatory programs.
Explore compliance → Kubernetes Security AssuranceContinuously validate Kubernetes security posture, workloads, RBAC, secrets, and runtime controls.
Explore Kubernetes assurance →Application Security Posture Management questions.
What is Application Security Posture Management?
Application Security Posture Management, or ASPM, centralizes application security risk by aggregating, normalizing, correlating, and prioritizing findings from security tools across the software lifecycle.
What is ASPM?
ASPM stands for Application Security Posture Management. It helps teams understand risk across code, APIs, dependencies, cloud-native infrastructure, runtime systems, and compliance workflows.
How does ASPM differ from vulnerability management?
Vulnerability management focuses on identifying and resolving vulnerabilities. ASPM provides broader visibility by correlating findings with asset context, ownership, business impact, runtime validation, and remediation status.
How does ASPM prioritize risk?
ASPM prioritizes risk by combining severity, exploitability, reachability, asset criticality, business impact, ownership, vulnerability intelligence, and runtime validation.
How does runtime validation improve ASPM?
Runtime validation helps prove whether a vulnerability is exploitable in a running application or API. This allows teams to focus on verified risks rather than theoretical findings.
How does ASPM integrate with AI SAST?
AI SAST identifies code-level security risks. ASPM correlates those findings with runtime validation, asset context, business impact, and remediation workflows.
How does ASPM support compliance?
ASPM supports compliance by generating continuous evidence of testing, prioritization, remediation, validation, and control effectiveness across application security programs.
How does ASPM improve remediation?
ASPM improves remediation by focusing teams on the highest-risk issues, assigning ownership, providing context, connecting findings to root cause, and verifying that fixes resolve the risk.
Move from finding volume to verified risk.
Aptori ASPM helps security and development teams correlate application security findings, validate runtime exploitability, accelerate remediation, and generate continuous compliance evidence.
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