Cloud risk does not exist in one layer. Your defense cannot either.
Vulnerable libraries, embedded secrets, and insecure templates enter the pipeline.
Misconfiguration, public exposure, and policy drift create attack paths.
Service accounts and principals quietly accumulate excessive authority.
Approved software behaves unexpectedly, or an unknown process attempts unauthorized action.
From code to runtime, every control has a job.
Select a layer to see what it does. Five layers, one control plane.
Posture shows you the risk. Enforcement prevents it from becoming an incident.
Unauthorized operations are prevented from freely affecting the protected environment while classification and investigation occur. Kernel-level containment is available for supported host and workload configurations.
Discover assets, behavior, identity, and configuration.
Define the intended workload and least-privilege state.
Create Zero Trust policies from observed and approved behavior.
Restrict unauthorized process, file, and network actions at runtime.
Confirm the control state and retain evidence for operations and audit.
Find your environment.
Kubernetes & container security
Identify exposed clusters, vulnerable images, overprivileged service accounts, and unauthorized runtime behavior.
Hybrid-cloud migration
Apply consistent policy across public cloud, private cloud, virtual machines, and traditional workloads.
Continuous compliance
Replace periodic evidence collection with continuously updated posture, control, and remediation records.
Identity & entitlement control
Expose excessive permissions and hidden relationships among principals, workloads, and cloud resources.
Secure DevSecOps
Stop insecure code, dependencies, secrets, and infrastructure templates from silently progressing into production.
Agentic-cloud governance
Extend workload and identity controls with AI SAFE² authority, memory, tool-use, and human-control requirements.
Four operating models. One closes the loop.
Visibility is necessary. Enforcement closes the loop. Hover a column to focus it.
| BUYER CRITERION | CSPM-ONLY TOOL | GRAPH-FIRST CNAPP | PROVIDER-NATIVE CNAPP | WARDEN CNAPP |
|---|
A CNAPP license does not create a cloud-security operating model.
CSI designs the control architecture, determines where enforcement belongs, translates regulatory requirements into technical controls, integrates the platform into your existing operations, and verifies that remediation actually occurred.
Architecture before deployment
Cloud accounts, clusters, workloads, identities, data flows, and compliance obligations are scoped before controls are enabled.
Policy engineering
Findings are translated into least-privilege, segmentation, workload-hardening, and remediation policies.
Hybrid integration
Controls connect to your SIEM, SOC, ticketing, notification, and incident-response processes.
Evidence, not screenshots
CSI defines the records needed to show the control state, remediation action, verification result, and operational owner.
Independent extensions
Where required: ReversingLabs supply-chain assurance, Horizon3.ai attack-path validation, AI SAFE² agentic governance, and managed SOC support.
FOUNDER-REVIEWED ARCHITECTURE
XCITIUM-POWERED TECHNOLOGY
COMPLIANCE-ALIGNED IMPLEMENTATION
Four stages. Controlled scope. Verified outcome.
Cloud-account, workload, cluster, identity, and compliance baseline.
Target architecture, control boundaries, integrations, and deployment sequence.
CSPM, ASPM, KIEM, and runtime policies configured for the approved scope.
Remediation validation, operating procedures, dashboards, and evidence package.
From Cloud Exposure to Verified Control
Choose a scenario and follow how Warden discovers the risk, establishes the required state, applies control, and verifies the result.