Aptori has announced a significant expansion of its Runtime-Driven Validation Platform, introducing autonomous offensive testing capabilities. This development is specifically designed to address the challenges of the modern development era, where the volume of AI-generated code frequently outpaces the manual review capacity of human security teams. By shifting from passive scanning to active validation, the platform enables organizations to identify, validate, and remediate vulnerabilities in real-time.
Core Innovation: Introduction of autonomous offensive testing to validate vulnerabilities in running systems.
AI Security Recognition: Aptori secured three 2026 Global InfoSec Awards, including Cutting Edge API Security.
Operational Shift: Replaces manual, time-intensive penetration testing with continuous, automated systems.
Logic-Aware Exploration: The platform uncovers complex business logic flaws and authorization gaps traditional tools miss.
Unified Workflow: Integrates detection, security data normalization, and AI-driven remediation into a single system.
Enterprise Readiness: Supports on-premises and air-gapped deployments for highly regulated environments.
Aptori’s offensive testing approach operates by simulating real-world attacks against running systems to confirm the exploitability of discovered flaws. This active validation ensures that security teams prioritize actual risks rather than navigating a backlog of potential issues. By exercising vulnerabilities in a runtime environment, the platform's AI agents provide definitive proof of security gaps, significantly reducing the time spent on manual triage.
The system is designed for automated penetration testing at scale, providing continuous context within development workflows. This ensures that as new endpoints or application changes are introduced, they are immediately subjected to logic-aware exploration. This process navigates stateful interactions to identify flaws that typically require human-led assessments.
"Runtime validation is critical in modern applications," said Sumeet Singh, CEO and Founder of Aptori. "Security issues don't exist in isolation, they emerge through real execution paths across APIs, logic, and authorization. We built Aptori to test those paths at runtime and make sure issues are fixed before release."
Beyond detection, Aptori provides a unified security data layer that normalizes findings from code, dependencies, and APIs into a single model. This elimination of data fragmentation allows for more efficient AI-driven remediation. Once a vulnerability is validated, the platform generates actionable fixes that developers can review and implement directly within their existing workflows, promoting a "secure-by-design" philosophy.
This approach allows teams to verify authentication and authorization controls during the build phase rather than after deployment. By resolving issues early, organizations reduce the likelihood of critical vulnerabilities reaching production environments.
The platform's recognition at RSAC 2026 with the Global InfoSec Award highlights the industry's shift toward runtime-driven validation. Currently deployed within Fortune 500 organizations, Aptori’s platform is now broadly available through both SaaS and self-hosted deployment options, including support for sensitive, air-gapped infrastructure.
About Aptori
Aptori provides autonomous, runtime-driven application and API security for the AI era. By validating vulnerabilities in running systems and enabling rapid remediation, Aptori helps organizations fix issues early and build secure software as part of the development process.
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