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The platform

One model of risk. Three products. One console.

Vaultryx AI is a single security platform, not three tools in a bundle. Infrastructure exposure, code findings, and AI behavior flow into one data model — so a vulnerability, the asset that exposes it, and the path that exploits it are one connected object, not three disconnected alerts.

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Coverage domains, one platformInfrastructure · Applications · AI
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Governance layer, one dashboardMonitor · control · govern · prove
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DevSecOps scan typesSCA · SAST · DAST · Container · IaC
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Frameworks mappedISO 27001, SOC 2, NIST AI RMF, ISO 42001…
One data model

Every asset, finding, and path in one connected graph.

The three products write to a shared model of assets, identities, vulnerabilities, and relationships. Because they describe the same world in the same schema, a code finding can be traced to the infrastructure it runs on and the AI agent that calls it — and a cross-layer attack path becomes a single object you can cut.

Three products, one model of riskSecureIPX, SecureCodeX, and SecureAIX each run their own graph, dashboard, and alerts, and converge into one unified risk model where a cross-layer attack path surfaces as the top risk.SecureIPXalertsattack-path graphSecureCodeXalertspipeline scansSecureAIXalertsagent guardrailsUnified risk modelOne graph. Correlated priorities.Findings from all three products, ranked by real impactframework-mapped evidence · ISO · SOC 2 · NIS2 · DORATop riskCross-layer attack path three products · one model of risk
One console

Every layer, correlated in one view.

Exposures, code findings, and AI risks land in a single console, ranked by real impact, mapped to the path that connects them.

vaultryx · consolelive
Prioritized findingsSeverity
  • high

    Attack path to internal data store

    203.0.113.0/24

    IPX
  • critical

    SQL injection in request handler

    api/orders · CWE-89

    CodeX
  • high

    Prompt-injection via tool output

    agent: support-bot

    AIX
  • medium

    Outdated base image (IaC)

    image: web:latest

    CodeX
  • low

    Exposed service, no TLS

    10.0.0.0/16 · 8080/tcp

    IPX
Deployment & trust

Your security data stays where your obligations require.

Where data lives is a board-level question for EU and US enterprises. Your assets, Vaultryx AI, and your findings stay inside your region boundary — only framework-mapped evidence leaves. Deploy in the cloud, on-premises, or hybrid. Vaultryx AI maps your posture to the regimes you answer to; it does not represent that it holds these certifications on your behalf.

Deployment and data residencyYour assets, Vaultryx AI, and your findings stay inside your region boundary; only framework-mapped evidence leaves it. Deployable in the cloud, on-premises, or hybrid.Your region · your controlYour assetsInfrastructureCode & pipelineAI agentsVaultryx AIone risk modelFindings &evidenceAuditors & customersreceive proof, not datamapped evidence onlyDeploy asCloud regionOn-premisesHybrid
Fits your stack

Built to connect into the systems you already run.

Vaultryx AI runs where your teams work: in the pipeline, across your cloud, and into the tools your SOC and developers already use. Named connectors slot in here as they ship.

Source & CI/CD

Run SCA, SAST, DAST, container, and IaC checks on every commit, PR, and pipeline stage.

Cloud & containers

Discover assets and scan images across the cloud accounts and registries you already run.

SIEM & analytics

Stream prioritized findings into the tools your SOC already watches.

Ticketing & workflow

Route the highest-leverage findings to the queues your teams work from.

Developer tools

Surface issues in context, in the developer's flow — not in a separate console.

Registries & artifacts

Check dependencies, packages, and base images before they ship.

Compliance, accelerated

Achieve and maintain the standards that matter.

Vaultryx AI maps findings to the frameworks your auditors and customers expect — and produces continuous, audit-ready evidence across infrastructure, code, and AI.

ISO 27001SOC 2CWE Top 25OWASP Top 10NIST CSFPCI DSSOWASP LLM Top 10NIST AI RMFISO 42001GDPRNIS2DORA

ISO 27001

Information Security Management

Continuous asset, exposure, and vulnerability evidence to support your ISMS controls.

SOC 2

Trust Services Criteria

Audit-ready monitoring across infrastructure and code for your SOC 2 reporting.

CWE Top 25

Most Dangerous Software Weaknesses

SecureCodeX maps SAST findings to the CWE Top 25 so you fix what matters most.

OWASP Top 10

Web Application Risks

SAST and DAST coverage aligned to the OWASP Top 10 risk categories.

NIST CSF

Cybersecurity Framework

Identify and Protect functions backed by continuous exposure management.

PCI DSS

Payment Card Security

Vulnerability scanning and exposure control for in-scope systems.

OWASP LLM Top 10

LLM Application Risks

SecureAIX evaluates and guards against prompt injection and other LLM risks.

NIST AI RMF

AI Risk Management

Govern AI agents with the policies, oversight, and evidence the framework expects.

ISO 42001

AI Management System

Establish and maintain governance controls for the AI systems you operate.

GDPR

EU General Data Protection Regulation

Continuous exposure and vulnerability evidence to support the technical measures GDPR Article 32 expects — with deployment options that keep security data in-region.

NIS2

EU Network & Information Security Directive

Asset visibility, vulnerability management, and audit-ready evidence to support the risk-management and reporting obligations NIS2 places on essential entities.

DORA

EU Digital Operational Resilience Act

ICT risk evidence across infrastructure and code to support the resilience, testing, and reporting duties DORA places on financial entities.

Vaultryx AI helps you meet and maintain these standards by mapping findings to each framework and generating evidence — it does not represent that Vaultryx AI holds these certifications on your behalf.

One platform

See three products converge in one console.

We'll connect infrastructure, code, and AI findings on your environment — and show the cross-layer paths a single scanner would miss.