AI-DRIVENCONTAINERSECURITY
Lock down your Kubernetes clusters with autonomous defense. Faltrox Security uses AI to detect runtime anomalies, container breakouts, and insecure configurations in EKS, AKS, and GKE. We enforce Zero Trust at the pod level, ensuring your microservices are immune to lateral movement.
Cluster Immunity
Containers share the host kernel. If an attacker escapes a single container, they own the node. AI-Driven Container Security detects these breakout attempts in real-time.
We don't just scan static images. Our agents monitor Runtime Behavior, identifying anomalous syscalls, like a web server spawning a shell, that indicate a breach is in progress.
From the Supply Chain (Registry) to the Runtime (K8s), we secure the entire lifecycle of your cloud-native applications.
Orchestration Layers
Securing every layer of the container lifecycle.
Kubernetes (K8s)
Securing EKS, AKS, GKE, and self-hosted clusters. Investigating RBAC, Admission Controllers, and Etcd.
Docker / Images
Static analysis of base images for CVEs. Reducing attack surface by implementing distroless images.
Service Mesh
Auditing Istio/Linkerd mTLS configurations to ensure zero-trust communication between microservices.
CNI / Networking
Testing Calico/Cilium network policies to ensure proper segmentation between namespaces.
Secrets Mgmt
Checking integration with Vault or SealedSecrets to ensure sensitive data is not stored in env vars.
Runtime Security
Bypassing Falco/Sysdig detection rules to test the efficacy of your runtime defense.
Red Team Process
Deep Cluster Inspection. From manifest to runtime.
STATIC SCAN
Scanning images (Trivy/Grype) and IaC (Checkov) for CVEs and hardcoded secrets.
CIS BENCHMARK
Validating master/worker node hardening against CIS Kubernetes Benchmarks using Kube-Bench.
RUNTIME ATTACK
Executing breakout attacks (Kube-Hunter) and lateral movement tests between namespaces.
HARDENING
Applying OPA Gatekeeper policies and strict NetworkPolicies (Cilium/Calico).
POD SECURITY
Enforcing Pod Security Standards (PSS) to restrict privileged containers.
VERIFICATION
Re-running automated attacks to confirm that the new policies block the exploits.
STATIC SCAN
Scanning images (Trivy/Grype) and IaC (Checkov) for CVEs and hardcoded secrets.
CIS BENCHMARK
Validating master/worker node hardening against CIS Kubernetes Benchmarks using Kube-Bench.
RUNTIME ATTACK
Executing breakout attacks (Kube-Hunter) and lateral movement tests between namespaces.
HARDENING
Applying OPA Gatekeeper policies and strict NetworkPolicies (Cilium/Calico).
POD SECURITY
Enforcing Pod Security Standards (PSS) to restrict privileged containers.
VERIFICATION
Re-running automated attacks to confirm that the new policies block the exploits.
Attack Surface
Aligned with the MITRE ATT&CK for Containers framework.
Breakout
Escaping the container to gain root on the host node via kernel exploits or misconfigs.
Secrets
Hardcoded API keys, unencrypted Kubernetes Secrets, or exposed environment variables.
Lateral Movement
Moving from a compromised web pod to the database pod via flat networks.
Resource Abuse
Crypto-mining or DOS attacks due to lack of limits and quotas.
Key Benefits
Run containers in production with confidence.
Hardened Defaults
Move away from insecure defaults to a locked-down, CIS-compliant configuration. Every image scanned, every pod policy-validated, every node bench-tested before it serves traffic.
Supply Chain Trust
Ensure only signed, trusted images are allowed to run in your cluster.
Scalable Security
Security that scales with your pods, using automated admission controllers.
Network Isolation
Micro-segmentation ensures that if one service is breached, the others survive.
Secrets Hygiene
Eliminate long-lived credentials and rotate keys automatically.
Runtime Defense
Detect anomalous behavior (like a shell spawning) in real-time.
Who We Protect
K8s Administrators
Teams managing EKS/GKE/AKS clusters who need independent validation.
SaaS Platforms
Multi-tenant applications where isolation is critical for data privacy.
Financial Services
High-value workloads requiring strict network segmentation and audit trails.
Why Faltrox?
Compliance Benchmarks
We rely on established benchmarks to ensure your cluster meets production-grade security standards.
Audit Ready
Letters of Attestation included.
Standardized
OWASP ASVS & NIST 800-115.
Common Questions
Yes, but carefully. We use 'read-only' exploits where possible. For destructive tests (like DOS), we recommend using a staging cluster that mirrors production.
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