Aptori combines SMART semantic modeling with static analysis to detect, triage, and auto-suggest fixes for every vulnerability. SMART semantic scenarios surface deep business-logic flaws while parallel scans cover OWASP Top 10, CWEs, CVEs, and data leaks. Native IDE and CI/CD integration automatically enforces security and compliance checks for every release.
SAST, DAST, SCA, container, supply-chain (SBOM) scanning all in one platform.
Find and fix vulnerabilities early—in your IDE and CI pipelines.
Stay audit-ready for PCI DSS, SOC 2, HIPAA, and NIST CSF via continuous testing and reporting.
AI-driven semantic graph models your app logic for real-world attack scenarios.
Lightweight CLI/IDE plugins deliver fast feedback and actionable fixes.
Slash pentest spend and remediation time by automating security testing.
By orchestrating SMART’s graph-based engine, and traditional analyzers, Aptori captures every class of application security defect, prioritizes by exploitability and business context, and delivers precise remediation guidance—automatically.
Empower developers, uncover real risk, and automate what matters. Aptori’s AI Security Engineer uses semantic reasoning to model your APIs, generate targeted abuse-case tests, and run them continuously in CI/CD—detecting and remediating IDOR, BOLA, RBAC/ABAC and other vulnerabilities in real time while ensuring compliance (PCI DSS 4.0, HIPAA, NIST).
Build a real-time model of your code, APIs, applications, containers, and cloud
Uncover business logic flaws, misconfigurations, and runtime risks.
AI-driven risk scoring based on exploitability, data sensitivity, and business context
Reduce alert fatigue—focus only on vulnerabilities that matter
Inline code suggestions generated by an AI Security Agent
Automate pull-request comments, CI/CD patches, or direct IDE updates
Accelerate mean time to remediation from days to minutes
Embed controls for PCI DSS, NIS2, SOC 2, ISO 27001, and more
Auto-produce evidence packages and audit trails in real time
Maintain “audit-ready” posture as your code and cloud evolve
SMART (Semantic Modeling for Application & API Risk Testing) uses AI to map your entire stack—data flows, control paths, and authentication logic—into a live, stateful model. It then exercises every meaningful path to detect business logic vulnerabilities and runtime misconfigurations.
Finds flaws static and dynamic scanners miss.
Context-aware path selection minimizes false positives
Prioritize based on real exploitability, not just severity.
Proprietary graph-based engine delivers results in real time.
AI-Driven Application Security leverages artificial intelligence and semantic analysis to automatically discover, prioritize, and remediate vulnerabilities across your entire application stack—code, APIs, containers, and cloud—in real time before they reach production.
Semantic reasoning builds a live model of your application’s data flows, control paths, and authentication logic, enabling Aptori to simulate realistic usage scenarios and uncover complex business-logic flaws that traditional scanners miss.
Automated remediation delivers precise, AI-generated fix suggestions—via pull-request comments, CI/CD patches, or IDE updates—so developers can apply validated security fixes in minutes rather than days.
Aptori embeds security checks directly into your IDE, GitHub Actions, GitLab CI/CD, Jenkins pipelines, and ticketing systems—ensuring vulnerabilities are caught and fixed as part of your existing development process.
Aptori uncovers a full spectrum of issues, including code-level bugs (e.g., SQL/OS injection, XSS, CSRF), business-logic flaws (BOLA/IDOR), insecure configurations in containers and cloud, hard-coded secrets, and supply-chain risks via SBOM analysis.
Software Bill of Materials (SBOM) management tracks all open-source and third-party components in your code. Aptori automates SBOM generation, continuously flags vulnerable libraries, and helps you remediate supply-chain risks before they impact production.
Aptori continuously maps your security posture to major standards—including PCI DSS 4.0, NIST CSF, HIPAA, SOC 2, ISO 27001, and NIS2—and auto-generates audit-ready evidence to streamline compliance reporting.
SMART (“Semantic Testing”) uses graph models and LLMs to generate context-aware attack scenarios and code analysis—no manual rules required.
Yes. In addition to out-of-the-box checks, you can define custom rules, severity thresholds, and suppression policies to tailor Aptori’s analysis and alerts to your organization’s risk profile.
Aptori’s Active Runtime Monitoring (Safe Mode) simulates traffic and tests live environments, detecting misconfigurations, release drift, and unauthorized access paths in your cloud assets—including IAM policies, storage buckets, and service endpoints.
Aptori supports all major languages and frameworks commonly used in enterprise environments—such as Java, JavaScript/TypeScript, Python, Go, .NET, Ruby, and popular web and API frameworks—ensuring comprehensive coverage across your tech stack.
SAST, Next-Gen DAST (SMART), Software Composition Analysis, container scanning, and Infrastructure-as-Code validation.
Aptori auto-comments fixes on pull requests, generates targeted test cases, and blocks merges until critical issues are resolved.
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