Application Security Testing
Identify and validate real vulnerabilities across code, APIs, and runtime.
Autonomous Security. Secure by Design. Proven Under Attack.
Autonomous Application Security for the AI Era Prove and Eliminate Exploitable Risk at Runtime.
Continuous offensive security across the SDLC, uncovering real vulnerabilities, proving exploitability, and driving deterministic remediation on every deployment.
Runtime-driven validation
Continuous Offensive Security
Deterministic remediation
On-prem and private deployment
Signals
Code
Dependencies
SBOM
Core Engine
Semantic Runtime Validation
AI Security Engineers
Exploit path analysis
Runtime
APIs
Applications
Agentic Workflows
Validated Exploit Evidence
Real attack paths. Real business impact. No theoretical noise.
Deterministic Remediation
Developer-ready fixes that accelerate resolution across the SDLC.
From Detection to Resolution
A Unified Security Platform That Proves and Fixes Risk
Explore how Aptori connects offensive testing, code intelligence, and AI agents into a single system that delivers real security outcomes.
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Autonomous Pen Testing
See how Aptori uses agents and runtime validation to continuously perform offensive security testing.
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API Security Testing
See how Aptori validates identities, APIs, objects, and workflows to uncover real authorization and logic risk.
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AI Security Engineer
See how autonomous agents perform security workflows, from exploration and testing to validation and remediation.
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Secure Code Review (AI SAST)
See how Aptori replaces legacy SAST with context-aware security code reviews using control and data flow to determine true positives and guide precise fixes.
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Software Composition Analysis
See real-time SCA with IDE support, code assist review, fix guidance, reachability, and air-gapped deployment.
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Security Posture Management
See how testing tools, the Security Data Lake, AI agents, and deployment options connect into one system.
Platform overview
Autonomous, runtime-driven security for modern applications and APIs
Aptori continuously validates how systems behave in real-world conditions by combining code analysis, software composition intelligence, semantic runtime validation, and autonomous adversarial testing.
Unified Security Coverage
Unify code, dependency, SBOM, and runtime evidence into a single model of exploitable risk.
Proven exploitability
Continuously test real application behavior across APIs, identities, workflows, and data paths.
Deterministic Resolution
Drive developer-ready fixes with validated exploit evidence so teams can remove real risk quickly.
Use Cases
Where Aptori proves real risk and drives remediation
Aptori helps teams uncover exploitable weaknesses across applications, APIs, identities, tenants, and workflows, then drive deterministic remediation.
Attack Surface Monitoring
Continuously discover exposed endpoints, shadow APIs, drift, and emerging attack paths.
Multi-Tenant & Business Logic Testing
Uncover IDOR, BOLA, authorization gaps, and workflow abuse across users, roles, and tenants.
Pen Testing
Automate offensive testing at scale and continuously validate what attackers can actually exploit.
Semantic Runtime Validation
Validate how systems actually behave
Semantic Runtime Validation models the relationships that matter in real applications so security controls can be tested against actual behavior, not assumptions.
Users and identities
APIs and endpoints
Objects and data relationships
Multi-step workflows
Detects BOLA, BOPLA, business logic flaws, authorization gaps, and cross-tenant exposure with verified exploit evidence.
AI Security Engineers
AI agents that think and act like expert testers
Aptori deploys autonomous AI agents that perform continuous adversarial testing, correlate exploit paths across signals, and generate precise developer-ready fixes.
Not AI-assisted tools.
Autonomous security teammates.
Securing the agentic era
Secure AI-driven and agentic systems at runtime
Applications are no longer static. They are driven by AI agents, dynamic tool use, and real-time workflows. Aptori validates this behavior continuously where risk becomes real.
Prompt injection
Data leakage
Insecure tool usage
Workflow manipulation
Why Aptori
Built for complex, API-driven enterprise environments
Proves real-world exploitability, not theoretical risk
Reduces noise by eliminating false positives
Accelerates remediation without slowing release velocity
Enables secure-by-design development across the SDLC
Works across CI/CD and production environments
Supports private deployment with full data control
Outcomes
Real security outcomes for modern software teams
Aptori helps security and engineering teams move from fragmented detection to validated risk removal across CI/CD and production.
80%+
Vulnerabilities resolved within days
10×
Reduction in manual testing effort
24/7
Continuous validation across runtime workflows
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Unified platform for code, runtime, and remediation
Designed for Enterprise Application Security
Protect API ecosystems, microservices, and AI-enabled applications with continuous validation and developer-aligned remediation.
Built for Telecom and Critical Infrastructure
Validate OSS/BSS, partner APIs, orchestration systems, and multi-domain workflows where availability, integrity, and resilience matter most.
Call to action
Autonomous Security for the AI Era.
See how Aptori proves exploitability and drives deterministic remediation without slowing your teams down.
FAQ
Clear answers for buyers, builders, and security leaders
What is Semantic Runtime Validation?
A method of continuously testing real application behavior to prove exploitability across APIs, workflows, identities, and data exposure paths.
How is Aptori different from SAST and DAST?
Traditional tools detect issues. Aptori validates runtime behavior, proves real risk, and drives deterministic remediation.
Does Aptori work in CI/CD?
Yes. Aptori supports secure-by-design workflows in CI/CD and extends validation into production where behavior can be verified continuously.
Can Aptori secure AI and agentic applications?
Yes. Aptori validates LLM-integrated and agentic workflows at runtime to identify exploitable behavior and unsafe execution paths.
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