Aptori is an autonomous application security platform whose core positioning is Continuous Vulnerability Management and Autonomous Penetration Testing, with runtime validation, remediation, and verified closed-loop capabilities. Its goal is to provide security assurance for every application that humans and agents build, deliver, and run.
Purpose Aptori integrates application security throughout the software development lifecycle, covering code, dependencies, APIs, applications, and runtime. The platform emphasizes a continuous process of "discover, triage, remediate, verify": continuously testing software, validating exploitability, reducing noise, accelerating vulnerability remediation, and verifying risk closure through an application-aware security platform. It also supports building continuous vulnerability management, remediation evidence, testing, and security evidence into the software lifecycle, rather than treating compliance as a periodic activity.
Key Capabilities
- Continuous SDLC coverage: inventory and assess dependencies, SBOMs, licenses, secrets, containers, IaC, and Kubernetes configurations; analyze control flow, data flow, application logic, and AI-generated code in development workflows; validate identity, authorization, objects, workflows, business logic, APIs, and runtime behavior; use controlled agents to explore applications, chain requests, switch identities, abuse workflows, and prove exploitability.
- Noise reduction and triage: correlate application context, Semantic Runtime Validation, reachability, and exploitability, suppress false positives, and prioritize important risks.
- Vulnerability remediation: accelerate remediation with root-cause context, developer-oriented remediation guidance, Auto Code Fix, and automated pull requests (for verified issues).
- Continuous vulnerability management: continuously track vulnerability prioritization, remediation, retesting, and verified closure as applications and threats change.
- Application Context Graph: connect code, services, APIs, dependencies, identities, workflows, runtime paths, ownership, and business impact, so that testing, triage, remediation, and autonomous security actions are based on how the application actually runs.
- Repeatable checks: provide consistent coverage for required application security controls; model expected behavior for users, services, APIs, and business processes; aggregate code, dependency, API, infrastructure, runtime, and external security signals into a unified evidence layer.
How to Use Aptori can be deployed according to where an organization's applications reside: dedicated SaaS, its own environment, or for regulated andSovereign deployment in fully air-gapped mode. Can integrate with the following systems:
- Enterprise identity and access: enterprise SSO and OIDC, with clear attribution and access control in security workflows;
- Developer workflows: source code management, CI/CD, Jira, and ServiceNow, so that vulnerability remediation occurs in the work environments teams already use;
- Private AI and model selection: approved hosted or private models can be used, while keeping sensitive application data and security evidence under your own control;
- Evidence and continuous compliance: retain security evidence from detection to remediation, retesting, and verified closure.
Applicable scenarios
- Continuous product security: supports vulnerability handling, remediation evidence, and continuous security throughout the product lifecycle;
- Continuous telecom assurance: supports repeatable technical validation, remediation evidence, and security assurance for telecom applications;
- Security built into delivery: moves application security into code, CI/CD, runtime testing, remediation, and verification;
- Compliance support: supports continuous technical security controls, vulnerability management, remediation evidence, retesting, and security assurance workflows, which can help organizations address applicable EU CRA and UK TSA obligations.
Limitations and information not provided The materials do not provide specific fee or pricing information, not currently provided; no free trial, free quota, or refund policy is provided, not currently provided; no list of specific supported programming languages, frameworks, or vulnerability types is provided, not currently provided; no specific resource requirements, performance metrics, or SLAs for each deployment mode are provided, not currently provided.