Continuous product security
Support vulnerability handling, remediation evidence, and continuous security across product lifecycles.
Explore EU CRA → AUTONOMOUS APPLICATION SECURITY
Secure every application humans + agents build, ship, and run.
Continuous, autonomous application security across the SDLC, combining AI-driven testing, Semantic Runtime Validation, intelligent triage, vulnerability remediation, and verified closure.
Humans + agents build software together.
Aptori moves with it
HUMANS
Developers
Developers
＋
AGENTS
AI Builders
AI Builders
01 · BUILD
Code + dependencies
Source code, open source, AI-generated changes, infrastructure.
02 · SHIP
CI/CD + releases
APIs, pipelines, policy gates, deployment changes.
03 · RUN
Applications + runtime
APIs, identities, workflows, business logic, AI agents.
APTORI · Autonomous Application Security
Always on
Discover
Test
Validate
Remediate
Verify
Proven at enterprise scale
Production validated
Applications + APIs
1,000s
Enterprise users
9,000+
Controls
SOC 2 Type II
Recognition
3× Global InfoSec Awards
Compliance + Secure-by-Design
EU CRA, UK TSA, and Secure-by-Design.
Build continuous vulnerability management, vulnerability remediation, testing, and security evidence into the software lifecycle rather than treating compliance as a periodic exercise.
Continuous telecom assurance
Support repeatable technical validation, remediation evidence, and security assurance for telecom applications.
Explore UK TSA →Security built into delivery
Move application security into code, CI/CD, runtime testing, remediation, and verification.
Explore Secure-by-Design →
Autonomous Application Security
Autonomous application security that closes application risk.
Continuously test software, validate exploitability, reduce noise, accelerate vulnerability remediation, and verify closure with one application-aware security platform.
01DiscoverCode, dependencies, APIs, applications, and runtime.
02TestDeterministic and AI-driven security testing across the SDLC.
03ValidateDetermine reachability, exploitability, and business impact.
04RemediateConnect real risk to root cause and developer action.
05VerifyRetest the application and prove the risk is closed.
Application Risk Closure
Find. Triage. Fix. Verify.
Move continuously from application security coverage to prioritized risk, vulnerability remediation, and verified closure.
01
FIND
Continuous SDLC Coverage
Coverage across the software lifecycle. Context across every layer.
BUILD
Software supply chain + infrastructure
Inventory and evaluate dependencies, SBOMs, licenses, secrets, containers, IaC, and Kubernetes configuration.
DEVELOP
Source code + application logic
Analyze control flow, data flow, application logic, and AI-generated code in development workflows.
VALIDATE
Applications, APIs + runtime
Validate identities, authorization, objects, workflows, business logic, APIs, and runtime behavior.
ATTACK
Autonomous Penetration Testing
Use controlled agents to explore applications, chain requests, change identities, abuse workflows, and prove exploitability.
02
TRIAGE
Noise Reduction & Triage
Correlate application context, Semantic Runtime Validation, reachability, and exploitability to suppress false positives and prioritize the risks that matter.
Explore Noise Reduction & Triage →
03
FIX
Auto Code Fix
Accelerate vulnerability remediation with root-cause context, developer-ready guidance, Auto Code Fix, and automated pull requests for validated issues.
Explore vulnerability remediation →
04
VERIFY
Continuous Vulnerability Management
Continuously track vulnerabilities through prioritization, vulnerability remediation, retesting, and verified closure as applications and threats change.
Explore Continuous Vulnerability Management →
Application Context + Autonomous Security
Every security action starts with application context.
Aptori connects security evidence to a live Application Context Graph so testing, triage, vulnerability remediation, and autonomous security actions are grounded in how the application actually works.
Repeatable checks provide consistent coverage across required application security controls.
Model how users, services, APIs, and business workflows are expected to behave.
Bring code, dependency, API, infrastructure, runtime, and external security signals into one evidence layer.
Live
Context
Context
Application Context Graph
Connects code, services, APIs, dependencies, identities, workflows, runtime paths, ownership, and business impact.
Security evidence→Application context→Action
Use application context, reachability, and exploitability to reduce noise and focus teams on actionable risk.
Turn validated risk into developer-ready fixes, automated code changes, and verified vulnerability remediation.
Continuously test applications and APIs, adapt attack paths, validate exploitability, and retest after remediation.
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Give every security workflow the application context it needs to act precisely.
Aptori combines continuous validation with governed AI automation for triage, remediation, and autonomous testing.
Explore Application Context →
Enterprise Deployment
Deploy Aptori where your applications live.
Run Aptori as dedicated SaaS, in your own environment, or fully air-gapped for regulated and sovereign deployments.
Dedicated SaaS
Self-Hosted
Private Cloud
Air-Gapped
Enterprise identity + access
Integrate with enterprise SSO and OIDC with clear ownership and access controls across security workflows.
Developer workflows
Connect source control, CI/CD, Jira, and ServiceNow so vulnerability remediation happens where teams already work.
Private AI + model choice
Use approved hosted or private models while keeping sensitive application data and security evidence under your control.
Evidence + continuous compliance
Preserve security evidence from detection through vulnerability remediation, retesting, and verified closure.
Frequently Asked Questions
Questions about autonomous application security.
Answers about autonomous application security, autonomous penetration testing, Continuous Vulnerability Management, runtime validation, and vulnerability remediation.
What is autonomous application security?
Autonomous application security uses AI-driven automation and application context to continuously discover, test, triage, remediate, and verify software risk across code, dependencies, APIs, applications, and runtime.
What is Autonomous Penetration Testing?
Autonomous Penetration Testing uses AI-driven offensive testing to explore applications and APIs, adapt attack paths, validate exploitability, preserve evidence, and retest after remediation.
What is Continuous Vulnerability Management?
Continuous Vulnerability Management is an ongoing process of discovering, enriching, prioritizing, remediating, retesting, and verifying vulnerabilities as software, applications, threats, and business context change.
What makes Aptori different from traditional application security tools?
Traditional tools often report findings from isolated layers. Aptori connects findings to application context, validates exploitability, reduces noise, drives vulnerability remediation, and verifies that the risk is closed.
How is Aptori different from ASPM?
ASPM commonly aggregates and prioritizes security findings. Aptori adds active application testing, Semantic Runtime Validation, Autonomous Penetration Testing, vulnerability remediation workflows, retesting, and verified closure.
What does Continuous SDLC Coverage mean?
Continuous SDLC Coverage means securing software throughout build, development, validation, release, and runtime with connected testing across source code, dependencies, infrastructure, APIs, applications, and runtime behavior.
What is Semantic Runtime Validation?
Semantic Runtime Validation evaluates how identities, objects, APIs, workflows, and business logic behave under real application conditions so security controls can be validated with runtime evidence.
How does Aptori reduce security noise and triage vulnerabilities?
Aptori correlates findings with application context, reachability, runtime evidence, exploitability, ownership, and business impact to reduce false positives and prioritize the vulnerabilities that matter.
How does Aptori help teams remediate vulnerabilities?
Aptori connects validated risk to root cause, code or configuration context, developer-ready remediation guidance, automated code changes where appropriate, and retesting after the fix.
What is Auto Code Fix?
Auto Code Fix uses validated vulnerability context and root-cause analysis to generate developer-ready remediation and, where appropriate, automated code changes or pull requests for review.
How does Aptori help with EU CRA and UK TSA requirements?
Aptori supports continuous technical security controls, vulnerability management, remediation evidence, retesting, and security assurance workflows that can help organizations address applicable EU CRA and UK TSA obligations.
Can Aptori run in sovereign or self-managed environments?
Yes. Aptori supports deployment models including dedicated SaaS, self-hosted environments, private cloud, and air-gapped environments for organizations with regulatory, data residency, or sovereign requirements.
Where can Aptori be deployed?
Aptori can be deployed as dedicated SaaS or within customer-controlled infrastructure, including private cloud, Kubernetes, self-hosted, and air-gapped environments.
See Autonomous AppSec in Action
Bring us a real application. See what Aptori finds.
Watch Aptori discover attack paths, prove exploitability, prioritize real risk, accelerate vulnerability remediation, and verify closure.
Run Aptori on a Real App ↗
Real application. Real testing. No canned demo.
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