Infra

Container Security

Enterprise

GCSA Aerie unifies host, container, and Kubernetes runtime detection across the full stack. Its AI triage engine delivers second-level threat analysis and automated defense—one console for cloud-native security.

CIS

Benchmarks

CI

Image gates

Runtime

Behavior

Industry pain points

Why status quo falls short

  • Vulnerable images ship

    Unscanned third-party bases reach production.

  • Misconfig epidemic

    Privileged pods, hostPath, excessive RBAC.

  • Hidden runtime attacks

    In-container mining and lateral moves.

GCSA approach

How we solve it

  • Image vulnerability scan

    Block critical CVEs and malware at build.

  • Runtime behavior detect

    Anomaly alerts on process, net, and file IO.

  • K8s policy compliance

    CIS benchmarks and custom rules continuously scored.

Core capabilities

Product capability modules

GCSA Aerie unifies host, container, and Kubernetes runtime detection across the full stack. Its AI triage engine delivers second-level threat analysis and automated defense—one console for cloud-native security.

Full-stack runtime detectionAI second-level threat triageAutomated defense responseFull-stack runtime detectionAI second-level threat triageAutomated defense response
Implementation

K8s image-to-runtime protection

CI image scan plus admission control and Falco runtime isolation blocking privileged pods.

CISKubernetes Benchmark aligned
  1. Cluster agent deploy

    DaemonSet agents plus CI registry scan plugins (Harbor/ECR/ACR).

    One-click Helm chart install

  2. Image CVE scan

    Base image and dependency layer vuln detection; Critical images block push.

    Distroless and scratch images supported

  3. CIS baseline hardening

    Detect privileged, hostPath, capabilities misconfigs with one-click fixes.

    Regulatory container extensions covered

  4. OPA admission policies

    Unsigned/critical images denied scheduling; namespace network policy enforced.

    GitOps policy version management

  5. Falco runtime response

    Anomalous process/shell detection triggers pod quarantine or auto-restart.

    SOAR playbook automation linked

Use cases

Who needs this and when

Large microservice estates

Unified baselines across hundreds of namespaces.

Expert Consultation

Ready to evaluate or move forward?

Share your context, compliance needs, and timeline—our advisors will map next steps and introductions.

Contact now

Typical response within 1–2 business days