Code is produced faster
Developers, copilots, and autonomous agents generate code, tests, APIs, infrastructure, and application changes at a pace traditional AppSec cannot manually review.
Application Security Platform
Application security for the era of humans and AI agents.
Software is now created by developers, copilots, and autonomous coding agents. Aptori helps security and engineering teams keep pace by verifying code, validating runtime behavior, generating fixes, retesting continuously, and proving risk is closed.
Secure AI-speed software delivery across AI SAST, SCA, API security, application testing, Kubernetes assurance, autonomous offensive testing, remediation, and compliance evidence.
AI SAST
API Security
Runtime Validation
Autonomous Testing
Remediation
Compliance Evidence
Built for AI-speed software delivery
Humans and agents create. Aptori verifies, fixes, and proves.
AI has changed how software is built. Application security can no longer rely on periodic scans, disconnected findings, and manual triage. Aptori gives teams a continuous operating model for securing software from creation through runtime assurance.
Security must move continuously
Aptori analyzes code, dependencies, APIs, Kubernetes, and runtime behavior across the SDLC, so teams can catch risk early and validate what matters when applications run.
Findings must become fixes
Verified risks are connected to root cause, developer-ready guidance, AI-assisted remediation, workflow routing, and retesting.
Closure must be evidenced
Aptori captures evidence that fixes were applied, controls were retested, and exploitable risk was removed for governance, audit, and compliance programs.
Why Aptori
AI has changed how software is built. Security needs to change with it.
Development teams are no longer writing every line of code manually. AI copilots, code-generation tools, and autonomous agents are accelerating software creation across applications, APIs, dependencies, containers, Kubernetes, and infrastructure.
Aptori gives teams an SDLC-aligned application security platform for this new reality. It verifies code as it is produced, validates real application behavior when software becomes runnable, prioritizes exploitable risk, generates remediation guidance, and continuously retests fixes until closure is proven.
The result is a practical security loop for the AI era: find the risk, prove what matters, fix the root cause, verify closure, and maintain evidence for compliance.
Secure the full SDLC
Use the right validation at each stage of software delivery.
AI SAST is most useful while humans and agents are producing code. Dynamic testing and runtime validation become critical when applications and APIs are runnable. Aptori connects both into one continuous security loop.
01
Create
Guide developers and AI coding workflows with AI SAST, secure coding checks, dependency analysis, and secret detection.
02
Build
Validate pull requests, merge requests, packages, SBOMs, IaC, containers, and Kubernetes exposure before release.
03
Test
Exercise APIs and applications dynamically to identify authorization gaps, workflow flaws, injection paths, and control failures.
04
Fix
Connect validated findings to root cause, owner context, remediation guidance, tickets, and developer-ready fixes.
05
Prove
Retest automatically, verify closure, and produce evidence for governance, audit, compliance, and secure-by-design programs.
Platform capabilities
One platform for code, APIs, runtime, remediation, and evidence.
Aptori connects application security testing and application security posture management into one operating model, helping teams reduce noise, prioritize real risk, accelerate fixes, and maintain continuous assurance.
Closed-loop security
Move from detection to verified risk reduction.
Traditional tools create findings. Aptori connects findings to runtime evidence, exploitability, remediation, retesting, and closure. This helps AppSec teams reduce false positives and gives engineering teams a clear path to fix the issue.
- Analyze human-written and AI-generated code while software is being created.
- Validate APIs, identities, authorization, workflows, and business logic in runtime conditions.
- Correlate findings across code, dependencies, infrastructure, runtime, and third-party tools.
- Prioritize risk by exploitability, impact, reachability, and remediation path.
- Generate remediation guidance, workflow tickets, retest results, and audit-ready evidence.
AI SAST
Secure code while humans and agents are producing it.
AI SAST gives teams earlier visibility into code risk before applications are deployed. This is critical in the AI era because software is created faster, across more repositories, and with more generated code than traditional review processes can handle.
Aptori helps teams analyze source code, data flows, dependencies, secrets, configuration, and security controls so developers can fix issues before they become runtime exposure.
- Analyze human-written and AI-generated code.
- Identify insecure patterns, data-flow risks, dependency exposure, and secrets.
- Provide developer-ready remediation guidance directly in engineering workflows.
- Support secure-by-design controls before release.
Runtime validation
Validate what the application actually does.
Static analysis is essential early in the SDLC, but runtime behavior is where security controls are proven. Aptori validates applications and APIs when they are runnable, helping teams confirm whether authorization, identity, workflow, business logic, and data-access controls work as intended.
This helps teams prioritize real risk, identify exploitable paths, and avoid wasting engineering time on theoretical issues that cannot be reached or reproduced.
- Validate APIs, web applications, identities, objects, workflows, and business logic.
- Prove exploitability under safe and controlled runtime conditions.
- Detect broken authorization, IDOR/BOLA, injection, sensitive exposure, and control failures.
- Retest after remediation to verify that the path is closed.
Proof of closure
Find. Triage. Fix. Prove.
Aptori is designed for teams that need more than alerts. It helps security and engineering teams prove what is exploitable, fix root cause, verify that issues are closed, and capture evidence for governance and compliance.
Validated finding
Evidence showing the issue, affected asset, runtime behavior, and exploitability context.
Root cause
Clear explanation of why the issue exists and what code, control, or configuration must change.
Developer fix path
Remediation guidance, workflow routing, and AI-assisted fix recommendations for engineering teams.
Verified closure
Retest results and evidence that the exploitable path or failed control has been resolved.
Governance and compliance
Continuous evidence for secure-by-design programs.
Compliance programs increasingly require more than policy statements. Teams need evidence that secure-by-design controls are implemented, tested, remediated, and continuously verified across software delivery and runtime environments.
Operationalize security controls
Connect code checks, runtime validation, remediation, and retesting to secure-by-design practices across the SDLC.
Show what was tested and fixed
Capture finding details, exploitability evidence, fix guidance, owner context, retest results, and closure status.
Support major frameworks
Support compliance initiatives for PCI DSS, NIS2, UK TSA, EU CRA, HIPAA, ISO 27001, and internal security governance programs.
PCI DSS
Application security validation and evidence for payment environments.
NIS2Continuous risk management and software security evidence for regulated entities.
UK TSASecurity assurance and evidence for telecommunications software and services.
EU CRASecure-by-design software validation, remediation, and lifecycle evidence.
ISO 27001Controls, testing evidence, remediation workflows, and continuous improvement.
HIPAAApplication and API security assurance for sensitive healthcare workflows.
Developer workflows
Meet teams where software is built and fixed.
Aptori integrates into development, security, and operations workflows so findings are not trapped in another dashboard. Teams can route validated issues to the right owners, generate remediation guidance, retest automatically, and maintain a clear record of closure.
GitHub
GitLab
Jira
Slack
ServiceNow
CI/CD
Postman
OpenAPI
SBOM
Kubernetes
Security Data Lake
Compliance Reporting
FAQ
Application security platform FAQs.
What is Aptori?
Aptori is an AI-native application security platform that helps teams secure code, APIs, applications, dependencies, Kubernetes environments, runtime behavior, and compliance evidence across the SDLC.
How does Aptori help with AI-generated code?
Aptori helps teams analyze human-written and AI-generated code with AI SAST, dependency analysis, secret detection, secure coding checks, remediation guidance, and continuous validation.
Why does runtime validation matter?
Runtime validation confirms how applications and APIs actually behave. It helps teams prove exploitability, validate controls, prioritize real risk, and verify closure after fixes.
How does Aptori support compliance?
Aptori captures evidence across testing, remediation, retesting, and closure to support secure-by-design programs, governance workflows, and compliance initiatives.
Secure software at AI speed
See how Aptori verifies, fixes, and proves application security.
Book a walkthrough to see how Aptori helps teams secure software created by humans and AI agents across code, APIs, runtime behavior, remediation, and compliance evidence.
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