Continuous Vulnerability Management that closes the loop.
Aptori continuously aggregates security findings, enriches vulnerabilities with application and threat context, validates exploitability where proof is needed, prioritizes remediation, and verifies that risk is actually closed.
Vulnerability management should continue after discovery.
Continuous Vulnerability Management is an ongoing process for discovering, aggregating, enriching, prioritizing, remediating, and verifying vulnerabilities as software, applications, threats, and business context change.
Unlike point-in-time scanning, continuous vulnerability management treats risk reduction as a lifecycle. A vulnerability can become more or less important as exploit intelligence changes, code becomes reachable, an application becomes internet-facing, ownership changes, or remediation is deployed.
Bring security signals into one risk operating model.
Aptori combines findings from its own testing engines and external security tools, then adds the context needed to decide what deserves action.
Unify vulnerability signals
Normalize findings across code, dependencies, APIs, containers, Kubernetes, cloud-native infrastructure, and third-party tools.
Add risk intelligence
Correlate CVE, OSV, EPSS, CISA KEV, reachability, exploit evidence, asset criticality, and ownership.
Rank what matters now
Move beyond severity-only queues by combining technical risk with application and business context.
Drive remediation to closure
Assign owners, guide fixes, integrate with developer workflows, retest, and preserve proof of closure.
Discover. Enrich. Validate. Remediate. Verify. Repeat.
Continuous vulnerability management works because risk is continuously recalculated as the application and threat landscape change.
Severity is a signal—not the decision.
A critical CVE that is unreachable may deserve less urgency than a lower-severity weakness that is internet-facing, actively exploited, reachable, and tied to a critical workflow.
Finding vulnerabilities is only the first step.
Find potential issues
- Point-in-time or scheduled discovery
- Severity-based findings
- Tool-specific queues
- Manual context gathering
- Closure often based on ticket state
Reduce risk continuously
- Continuous discovery and aggregation
- Threat + application context
- Exploitability and reachability validation
- Ownership and remediation workflows
- Retesting and verified closure
Visibility is useful. Execution reduces risk.
Application Security Posture Management provides a connected view of risk across applications and security tools. Continuous Vulnerability Management turns that posture into a repeatable operating model for prioritization, remediation, retesting, and closure.
AI SAST
Semantic code analysis, reachability, authorization, business logic, and remediation context.
Explore AI SAST →SCA + SBOM
Dependencies, CVEs, EPSS, KEV, reachability, licenses, and containers.
Explore SCA →Semantic Runtime Validation
Authorization, workflows, business logic, runtime behavior, and exploitability proof.
Explore Runtime Validation →Autonomous Pen Testing
Attack-path exploration, runtime proof, impact validation, and remediation retesting.
Explore DART →Track whether risk is actually getting smaller.
Preserve evidence from discovery through remediation.
Continuous vulnerability management can generate reusable evidence for secure development, vulnerability handling, remediation, retesting, and control effectiveness across assurance programs.
Continuous Vulnerability Management questions.
What is Continuous Vulnerability Management?
Continuous Vulnerability Management is an ongoing process for discovering, aggregating, enriching, prioritizing, remediating, and verifying vulnerabilities as software, applications, threats, and business context change.
What is a Continuous Vulnerability Management platform?
A Continuous Vulnerability Management platform brings together security findings, application and asset context, threat intelligence, remediation workflows, exploitability evidence, ownership, and verification in one continuous operating model.
How is Continuous Vulnerability Management different from vulnerability scanning?
Scanning identifies potential issues. Continuous Vulnerability Management continuously adds context, recalculates priority, drives remediation, tracks ownership, validates exploitability where needed, and verifies that fixes close the risk.
How does Aptori prioritize vulnerabilities?
Aptori combines severity with signals such as EPSS, CISA KEV, reachability, exploitability evidence, application criticality, business context, ownership, environment, and remediation information.
What role does runtime validation play in vulnerability management?
Runtime validation can show whether a suspected weakness is reachable and exploitable in the application, providing stronger evidence for prioritization and remediation.
How does Continuous Vulnerability Management relate to ASPM?
ASPM provides visibility and correlation across application risk. Continuous Vulnerability Management turns that visibility into execution through prioritization, remediation, retesting, and verified closure.
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