Security for software built by humans and agents.
Continuously secure code, dependencies, APIs, infrastructure, and application behavior—prioritize exploitable risk, fix the root cause, and verify that the risk is closed.
Move beyond finding more vulnerabilities.
Build secure-by-design.
Test code, dependencies, secrets, containers, IaC, and AI-generated changes while software is still being created.
Close real risk faster.
Prioritize exploitable weaknesses, find root cause, and give developers a clear remediation path.
Prove security continuously.
Retest applications and APIs, verify closure, and maintain evidence for governance and compliance.
A finding matters because of what it connects to.
Aptori's Application Context Graph shows how security findings relate to the application—what is exposed, what can be exploited, what is affected, and where developers need to fix the problem.
Explore the Application Context Graph →Context Graph
One platform for code, supply chain, CI/CD, APIs, runtime, and offensive testing.
Each capability addresses a distinct security problem, while Aptori's application context and verification approach connect them into one operating view of risk.
AI SAST + Semantic Code Analysis
Find vulnerabilities and business-logic weaknesses in human- and AI-generated code, then use application context and exploitability to focus developers on meaningful risk.
Explore AI SAST →Explore Semantic Code Analysis →
Software Composition Analysis
Identify vulnerable dependencies, understand reachability, generate SBOMs, and manage software supply-chain risk across packages and containers.
Explore SCA →CI/CD Security
Continuously test code, secrets, dependencies, containers, infrastructure, and deployment changes before they reach production.
Explore CI/CD Security →API Security + Semantic Runtime Validation
Test APIs, authorization, objects, workflows, and business logic in running applications—and prove whether security weaknesses are actually exploitable.
Explore API Security →Explore Semantic Runtime Validation →
Autonomous Penetration Testing
Explore attack paths, reproduce exploitable behavior, and continuously retest applications as software changes.
Explore Autonomous Pen Testing →Secure every path from source control to runtime.
Secure code early.
Apply code, dependency, secrets, and policy checks as humans and AI agents create software.
Secure the CI/CD pipeline.
Test dependencies, secrets, containers, IaC, Kubernetes, and deployment changes before release.
Validate behavior.
Test APIs, identities, authorization, workflows, and application controls.
Fix and verify.
Remediate root cause, retest the affected path, and preserve evidence of closure.
Solve application security problems across the software lifecycle.
Apply Aptori's connected security capabilities to the outcomes application security, engineering, and governance teams are responsible for.
Application Security Posture Management
Prioritize application risk with connected context across applications, findings, ownership, and exposure.
Explore ASPM →Continuous Vulnerability Management
Continuously find, prioritize, remediate, and verify application risk as software changes.
Explore CVM →Secure by Design
Build security into the way software is created instead of adding it as a late-stage checkpoint.
Explore Secure by Design →Compliance & Governance
Automate security policy enforcement and continuously maintain evidence that controls are working.
Explore Compliance & Governance →Put AI to work across application security.
AI agents help security and development teams test applications, investigate risk, understand findings, accelerate remediation, and verify fixes.
Attack + validate.
Explore attack paths, reproduce exploitable behavior, and continuously test applications as they change.
Investigate + protect.
Bring application context together to understand exposure, impact, ownership, and the evidence behind risk.
Prioritize + remediate.
Focus teams on meaningful risk, guide remediation, and verify that security issues are actually closed.
Your applications. Your data. Your AI.
Run AI-powered application security where your requirements demand it—from managed environments to private cloud, on-premises, sovereign infrastructure, and air-gapped environments.
Explore Sovereign AI →Sovereign AI
Application Security Platform.
What is an application security platform?
An application security platform brings together security testing, application context, risk prioritization, remediation, application behavior testing, and evidence across the software development lifecycle.
How does Aptori reduce application security noise?
Aptori connects findings to application context, reachability, application behavior, exploitability, ownership, and root cause so teams can focus on meaningful risk.
How does Aptori support software built by AI agents?
Aptori applies the same security standards to human- and AI-generated software, with code analysis, dependency security, application behavior testing, access governance, remediation, and verification across the SDLC.
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