Aptori is a continuous vulnerability management platform that aggregates security signals across tools, enriches vulnerabilities with risk intelligence, validates exploitability in runtime, manages application security posture, and gives teams real-time guidance to fix what matters.
Aptori correlates findings, runtime behavior, dependency intelligence, exploitability evidence, and remediation context into a unified application security posture.
Aptori brings together vulnerability data, runtime validation, API testing, dependency intelligence, exploitability proof, and remediation workflows into one platform. Instead of treating vulnerability management as a ticketing exercise, Aptori continuously determines which risks are real, where they exist, who owns them, and how they should be fixed.
Ingest findings from application security tools, code scanners, dependency scanners, API tests, runtime validation, penetration testing, and third-party feeds.
Build a unified view of application and API risk across services, teams, repositories, environments, release workflows, and business-critical systems.
Validate whether vulnerabilities are actually exploitable using runtime behavior, semantic analysis, authentication flows, and offensive testing.
Vulnerability management fails when every tool operates in isolation. Aptori centralizes security findings into a security data lake, normalizes signals, removes duplication, correlates findings to applications and APIs, and creates a living system of record for application security posture.
Static findings from source code and pull request workflows.
Open source dependency findings, vulnerable packages, and reachability context.
Dynamic application testing results from running applications and APIs.
Authorization, business logic, workflow, and runtime validation results.
Manual and automated offensive testing evidence.
Application behavior, authentication, service flows, and exploit validation.
EPSS, KEV, OSV, CVE, vendor advisories, and threat intelligence.
Repositories, teams, services, environments, and business context.
Aptori enriches vulnerabilities with the context teams need to make decisions. A CVE alone is not enough. A severity score alone is not enough. Aptori combines application context, exploitability, reachability, dependency intelligence, EPSS probability, KEV status, OSV data, runtime evidence, ownership, and remediation details.
Aptori converts fragmented security findings into enriched, deduplicated, validated vulnerability records that are mapped to applications, APIs, services, owners, environments, and remediation workflows.
Aptori operationalizes continuous vulnerability management as a closed-loop process: discover, aggregate, enrich, validate, prioritize, fix, and verify. This enables security and engineering teams to continuously reduce real application risk.
Collect findings from code scanners, dependency scanners, API security testing, runtime validation, penetration testing, external feeds, and third-party AppSec tools.
Deduplicate findings, map them to applications, APIs, services, repositories, owners, environments, releases, and business workflows.
Add EPSS probability, KEV status, OSV data, CVE metadata, reachability, dependency context, runtime behavior, exploit indicators, and application criticality.
Run semantic application testing, API authorization testing, business logic testing, dependency reachability checks, and runtime exploitability validation.
Rank vulnerabilities based on exploitability, exposure, runtime evidence, affected business workflows, application criticality, and active threat intelligence.
Provide developers with specific fix guidance, code-level context, policy context, recommended patches, and remediation workflows.
Retest vulnerabilities, confirm fixes, update posture, preserve evidence, and continuously measure risk reduction.
Continuous vulnerability management is not only about individual findings. It is about understanding security posture across the software estate. Aptori gives teams a posture-level view of applications, APIs, services, business workflows, dependencies, risk trends, remediation status, and compliance evidence.
Understand which applications and APIs carry the highest validated risk.
Map vulnerabilities to service owners, repositories, teams, and remediation workflows.
Track whether application risk is increasing or decreasing across releases.
Maintain evidence for PCI DSS, NIS2, EU CRA, UK TSA, SOC 2, ISO 27001, and secure-by-design programs.
Separate theoretical findings from runtime-validated vulnerabilities.
Measure fix velocity, SLA performance, closure confidence, and recurring risk.
Aptori continuously tests applications and APIs across the SDLC. It validates authorization, business logic, API behavior, dependency reachability, and runtime exploitability. This moves vulnerability management from static prioritization to evidence-based validation.
Semantic secure code review and vulnerability detection.
Vulnerable package detection enriched with reachability and feed intelligence.
Authorization, object ownership, business logic, and workflow testing.
Exploitability validation using live application behavior.
Aptori complements and enhances existing security tools. It does not require teams to discard their scanners. It turns scanner output into validated, enriched, prioritized, fixable risk.
Continuous vulnerability management must close the loop with engineering. Aptori provides remediation context that helps developers understand the vulnerable code path, affected API behavior, exploitability evidence, recommended fix, and validation criteria.
Identify where the vulnerability exists and how it connects to application behavior.
Show proof that the issue is exploitable or explain why it is lower priority.
Provide specific remediation guidance, safer patterns, dependency upgrade paths, or generated fixes.
Modern regulations and security standards increasingly require continuous vulnerability handling, secure development practices, risk management evidence, and timely remediation. Aptori helps organizations produce the evidence needed to demonstrate security posture and remediation progress.
Continuous application and API vulnerability testing, remediation tracking, and audit evidence.
Risk management evidence, vulnerability handling, and incident readiness support.
Explore NIS2 application security compliance.
Secure-by-design validation, vulnerability handling, SBOM context, and remediation evidence.
Telecom application and API security validation for regulated service environments.
Aggregate security signals. Enrich vulnerabilities. Validate exploitability. Manage posture. Fix what matters.
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