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360° application risk visibility
Unify visibility across source code, open source software, APIs, web applications, containers, Kubernetes, IaC, and cloud environments.
AI-Driven Application Security
Application security that proves what attackers can actually exploit.
Aptori helps security and development teams find, triage, fix, and prove application risk across code, APIs, applications, containers, cloud infrastructure, and open source software. Semantic reasoning and AI Security Engineers turn noisy findings into validated security outcomes.
Find
Discover code, API, runtime, cloud, and supply chain risk.
Triage
Prioritize by exploitability, business impact, and exposure.
Fix
Deliver precise remediation through developer workflows.
Continuous validation active
AI Security Engineer
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Model the application
Understand APIs, data flows, authentication paths, dependencies, and runtime behavior.
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Validate controls
Exercise meaningful paths with deterministic checks to verify whether security controls work.
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Prioritize exploitable risk
Reduce noise by ranking findings according to real impact, reachability, and exposure.
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Remediate and prove
Generate fixes, track evidence, and maintain continuous compliance across the SDLC.
Why Aptori
Move from scanner findings to security outcomes.
Traditional AppSec programs generate too many findings, too little context, and not enough evidence. Aptori gives leaders and teams a unified way to understand what matters, prove risk, and drive remediation at software speed.
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Prioritization based on real impact
Rank risk by exploitability, sensitive data exposure, asset criticality, reachable paths, and business context.
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Audit-ready security evidence
Continuously capture validation results, remediation status, policy mappings, and compliance evidence for executive and audit reporting.
Unified AppSec Platform
One platform for detection, triage, remediation, and compliance.
Aptori brings together semantic analysis, deterministic validation, AI-assisted workflows, and continuous compliance reporting so teams can secure modern software without slowing delivery.
- Validate controls across code, APIs, applications, cloud, containers, Kubernetes, and software supply chains.
- Detect vulnerabilities that static tools often miss, including authorization flaws, API abuse paths, business logic weaknesses, and chained exploit scenarios.
- Integrate findings into developer workflows such as IDEs, pull requests, CI/CD pipelines, Jira, GitLab, GitHub, Slack, and ServiceNow.
- Support continuous compliance programs with evidence mapped to common frameworks and internal controls.
Area
What Aptori does
Outcome
Code
Finds insecure patterns, secrets, injection risks, unsafe crypto, and logic issues.
Secure code before it reaches production.
APIs
Models API behavior and validates authorization, schema, abuse, and data exposure paths.
Prevent BOLA, IDOR, BOPLA, and API logic flaws.
OSS
Analyzes dependencies, SBOMs, vulnerable packages, and transitive risk.
Reduce software supply chain exposure.
Runtime
Validates behavior in realistic runtime conditions using deterministic security checks.
Prove whether controls actually work.
Compliance
Maps posture, findings, remediation, and evidence to security frameworks.
Maintain audit-ready security posture.
Platform Capabilities
AI-driven AppSec across the full software lifecycle.
Aptori helps teams continuously validate risk from development through production, while giving executives the visibility they need to govern application security.
AI
AI-powered triage
Correlate duplicate findings, explain exploitability, assess business impact, and recommend next steps.
SR
Semantic reasoning
Build semantic models of application behavior, data flows, authentication paths, and control logic.
RV
Runtime validation
Validate security controls in realistic conditions to separate theoretical risk from exploitable risk.
FX
Automated remediation
Deliver precise fix guidance through pull requests, IDEs, CI/CD workflows, and ticketing systems.
SB
Supply chain security
Generate and consume SBOMs, identify vulnerable packages, and prioritize dependency remediation.
CP
Continuous compliance
Map findings, controls, evidence, and remediation status to frameworks such as PCI DSS, SOC 2, ISO 27001, HIPAA, NIS2, and NIST.
How It Works
Discover, prioritize, remediate, and comply continuously.
Aptori operationalizes application security as a continuous loop. Teams can validate controls, identify exploitable risk, drive fixes, and produce evidence as software changes.
Discover application and API risk
Analyze code, APIs, dependencies, containers, cloud configuration, and runtime behavior to build a security-aware model of the application environment.
Validate what is exploitable
Use semantic models and deterministic checks to verify whether security controls are present, reachable, and working as expected.
Prioritize by business impact
Reduce alert fatigue by ranking issues based on exploitability, data sensitivity, asset criticality, exposure, and operational context.
Fix through developer workflows
Deliver remediation guidance where teams work, including pull requests, CI/CD pipelines, IDEs, Jira, GitLab, GitHub, Slack, and ServiceNow.
Produce continuous evidence
Capture validation results, fix status, policy mappings, and audit artifacts so security and compliance teams can report posture with confidence.
For Security Leaders
Give CISOs and AppSec leaders measurable risk reduction.
Aptori helps leaders govern application risk across distributed engineering teams, fast release cycles, and complex compliance obligations.
- See risk across applications, APIs, cloud assets, containers, and software supply chains.
- Prioritize remediation by proven exploitability instead of scanner severity alone.
- Track risk reduction, remediation velocity, exception handling, and control coverage.
- Generate evidence for compliance, audits, board reporting, and customer security reviews.
For Developers
Help developers fix security issues without slowing delivery.
Developers need precise, actionable feedback. Aptori brings security into the workflows they already use, with clear context and remediation guidance.
- Find issues earlier in IDEs, pull requests, and CI/CD pipelines.
- Receive contextual explanations that show why a finding matters.
- Apply AI-assisted fixes with less manual research and back-and-forth triage.
- Ship faster while aligning with secure-by-design practices.
Coverage
Secure the application surface attackers actually target.
Modern applications are not only code. Aptori validates risks across the systems, APIs, infrastructure, and third-party components that make up production software.
Application code
Injection flaws, insecure deserialization, weak crypto, secrets, unsafe input handling, access control issues, and framework-specific risks.
API security
BOLA, IDOR, BOPLA, broken authentication, schema drift, excessive data exposure, mass assignment, and chained API abuse paths.
Open source software
Vulnerable dependencies, transitive package risk, outdated libraries, license exposure, and SBOM-driven supply chain visibility.
Containers and Kubernetes
Image vulnerabilities, insecure defaults, Kubernetes posture, workload exposure, runtime drift, and infrastructure-as-code weaknesses.
Cloud configuration
IAM risk, exposed services, storage misconfiguration, insecure endpoints, and cloud control gaps that affect application exposure.
Compliance controls
Evidence collection, policy mapping, remediation status, audit trails, and continuous reporting across major security frameworks.
Semantic Runtime Validation
Validate controls, not just vulnerabilities.
Aptori uses semantic models to understand how your application behaves, then applies deterministic validation to test whether the expected security controls are present and working. This is different from generic pentesting because the goal is to prove secure behavior continuously, not only discover isolated issues at a point in time.
Semantic models
Small, security-aware models represent APIs, data flows, authentication logic, authorization boundaries, dependencies, and application behavior.
Deterministic validation
Checks validate expected controls consistently, helping teams prove whether authorization, input validation, data exposure, and runtime policies are working.
Agentic workflows
AI Security Engineers use validation results to support triage, remediation, explanation, and guided testing loops.
Continuous assurance
Security becomes a repeatable control validation process that runs as applications, APIs, dependencies, and cloud environments change.
FAQ
AI-driven AppSec questions, answered.
What is AI-driven application security?
AI-driven application security uses machine intelligence, semantic analysis, and automation to help teams identify vulnerabilities, prioritize exploitable risk, and accelerate remediation across the software lifecycle.
How does Aptori reduce false positives?
Aptori uses semantic reasoning, contextual prioritization, and deterministic validation to assess whether findings are reachable, exploitable, and relevant to the application’s real behavior.
What is the difference between validating controls and penetration testing?
Penetration testing is typically point-in-time and exploratory. Control validation is continuous and repeatable. Aptori validates whether expected security controls are present and working as software changes.
Does Aptori work without source code?
Yes. Aptori can validate APIs and web applications using runtime and interface-level information, while also supporting source-aware analysis when code is available.
Which teams use Aptori?
Aptori is designed for CISOs, AppSec teams, platform security teams, cloud security teams, compliance teams, and developers who need to reduce risk without slowing software delivery.
Which compliance frameworks can Aptori support?
Aptori can help support continuous evidence and mapping for frameworks such as PCI DSS, SOC 2, ISO 27001, HIPAA, NIS2, and NIST-aligned security programs.
See how Aptori proves exploitable application risk.
Get a focused walkthrough of how Aptori finds, triages, fixes, and proves application security risk across code, APIs, runtime environments, cloud assets, and compliance workflows.
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