Secure Kubernetes across on-premises clusters, Amazon EKS, Microsoft AKS, and Google GKE—from exposure and misconfiguration to excessive access, risk prioritization, and remediation.
Discover clusters, nodes, namespaces, workloads, images, containers, and services from one dashboard. Track resource changes and inspect configuration details without moving between multiple tools.
Quickly identify resources using internet exposed services and resources. Understand where exposure is increasing the attack surface, add critical assets to Watchlists, and act before they become easy entry points
Continuously evaluate Kubernetes configurations against security checks and benchmarks. See which resources passed, failed, or could not be evaluated, with evidence to support investigation and remediation.
Map relationships between users, groups, service accounts, roles, cluster roles, and permissions. Identify excessive access with supporting evidence and review critical activities across the cluster.
Look beyond severity by considering exploitability, technical impact, mission impact, attack automation potential, and resource importance. Focus remediation on the risks most likely to affect your containerized applications.
Initiate guided fixes, schedule remediation jobs, configure automated remediation rules, and track progress from the same platform. Reduce the manual work required to coordinate remediation between security and platform teams.
Use a consolidated Container Orchestration Hygiene Score to understand posture across exposure, configuration, access controls, and workload security. Compare scores across clusters and namespaces and track improvement over time.
Protect containerized healthcare applications by identifying exposed resources, configuration gaps, and excessive access. Maintain clearer security evidence and remediation records for internal governance and audits.
Reduce Kubernetes risks across identities, workloads, and cluster resources. Prioritize risks using exploitability and business impact, then track remediation through a controlled workflow.
Secure customer-facing Kubernetes environments by monitoring public exposure, configuration changes, and access risks. Address critical gaps before they affect application availability or customer data.
Maintain security across fast-changing Kubernetes environments without separating visibility, prioritization, and remediation into different tools. Compare posture across clusters and keep security standards consistent.
Secure Kubernetes across on-premises and managed environments. Improve visibility into distributed clusters, monitor critical resources, and maintain consistent configuration and access controls.
Strengthen Kubernetes governance through custom benchmarks, entitlement visibility, risk-based prioritization, and detailed reporting. Maintain clear evidence of findings, decisions, and remediation progress.
