Aptori | Autonomous Application Security

Description

Aptori offers an autonomous application security platform designed for the AI era, addressing the accelerated pace of software delivery driven by AI-generated code, APIs, and autonomous agents. The platform continuously validates applications, APIs, AI systems, and cloud-native environments to identify exploitable vulnerabilities and discover unknown attack paths. It focuses on accelerating remediation and maintaining continuous assurance, enabling organizations to build secure-by-design software.

Aptori's capabilities span code analysis, runtime application security testing, and automated remediation. This integrated approach supports continuous vulnerability management and aids compliance with standards such as PCI DSS, NIS2, UK TSA, EU CRA, HIPAA, and ISO 27001. The platform operates on a model of building securely, validating runtime behavior, accelerating remediation, and assuring security continuously.

Key features include AI SAST for guiding developers and AI coding workflows, APP Protect for validating AI-powered applications under real runtime conditions, and AGENT for autonomous pen testing of AI agents and APIs. Aptori connects application security posture management (ASPM), application security testing (AST), AI SAST, SCA, API security testing, autonomous pen testing, remediation, and compliance evidence into a unified operating model. It leverages a Security Data Lake to correlate findings across code, APIs, dependencies, infrastructure, and runtime behavior, deduplicating noise and reducing false positives.

The platform's approach emphasizes proving exploitability before release and in production, presenting clear fix paths with owner context, and verifying closure. Aptori also provides continuous assurance that applications remain secure-by-design. It supports various deployment models, including SaaS, dedicated, self-hosted, and air-gapped environments, making it suitable for regulated industries like finance, healthcare, and telecommunications.

Aptori's value proposition lies in its ability to move beyond traditional security tools by validating exploitability in runtime, precisely prioritizing risk, and driving deterministic remediation. This leads to reduced risk, accelerated secure releases, and enabled continuous compliance, ultimately helping teams build secure-by-design software and address AI-speed attacks effectively.

Aptori's Core Features

• AI SAST for secure AI-generated code

• Runtime validation of applications and APIs

• Autonomous pen testing for AI agents and APIs

• Continuous vulnerability management

• Automated remediation guidance and verification

• Application Security Posture Management (ASPM)

• Software Composition Analysis (SCA) with exploit intelligence

• API Security Testing for various API types

• Kubernetes Security Assurance

• Compliance evidence generation for regulated environments

• Secrets detection and exposure management

• Infrastructure as Code (IaC) risk validation

• Software Bill of Materials (SBOM) inventory connected to risk

How to use Aptori?

1. 1

   Build Securely: Guide developers and AI coding workflows with AI SAST and secure-by-design controls.

2. 2

   Validate Runtime Behavior: Prove what is exploitable before release and in production through runtime testing.

3. 3

   Accelerate Remediation: Present the fix path, owner context, and verification plan for identified vulnerabilities.

4. 4

   Assure Continuously: Confirm that applications remain secure-by-design through ongoing validation.

5. 5

   Prioritize Real Risk: Focus on vulnerabilities validated through runtime testing and exploitability evidence.

6. 6

   AI-Powered Remediation: Generate developer-ready remediation recommendations and verify closure.

7. 7

   Continuous Compliance: Generate evidence that controls are operating across the software lifecycle.

Aptori's Use Cases

• Secure AI Code
• Validate AI Apps
• Test AI Agents
• Continuous Assurance
• Compliance Evidence
• Vulnerability Management
• API Security
• Cloud-Native Security

FAQ from Aptori

• What is autonomous application security?

  Autonomous application security uses AI, runtime validation, offensive testing, prioritization, remediation, and verification to continuously reduce exploitable risk across the software lifecycle.

• How does Aptori prioritize vulnerabilities?

  Aptori prioritizes based on exploitability, runtime evidence, business impact, reachability, exposure, code context, dependency context, and attacker path analysis.

• Does Aptori support auto-fix?

  Yes. Aptori AI agents generate precise remediation guidance and code fixes tied to the proven exploit path, then verify that the runtime behavior is fixed.

• How does Aptori accelerate remediation?

  Aptori accelerates remediation by proving exploitability, identifying root cause, mapping issues to owners and workflows, generating developer-ready fixes, and verifying closure through runtime retesting.

• What makes Aptori different from ASPM?

  ASPM platforms typically aggregate, correlate, and prioritize findings. Aptori goes further by validating exploitability in runtime, generating fixes, and verifying closure.

• What does runtime validation mean?

  Runtime validation means testing how your application behaves under real conditions, including identity, API interactions, workflows, object ownership, and business logic.

• Is Aptori suitable for regulated industries?

  Yes. Aptori supports SaaS, dedicated, self-hosted, and air-gapped deployment models for telecom, finance, healthcare, and other regulated environments.

• What is Semantic Validate Runtime Behavior?

  Semantic Validate Runtime Behavior continuously validates how applications, APIs, identities, workflows, and runtime interactions behave under real-world conditions to determine exploitability and business impact.

• How does Aptori support AI application security?

  Aptori helps teams secure AI-generated code, protect AI-powered applications, validate AI agents and APIs, and verify that runtime behavior remains secure across CI/CD and production.

• What are AI-speed attacks?

  AI-speed attacks use artificial intelligence to discover, chain, and exploit vulnerabilities faster than traditional human-driven security operations can respond.