Kubernetes Security Through Complete Observability

Real-time visibility into container behavior, runtime threats, and compliance posture. Monitor every pod, trace every interaction, secure every workload across your cloud-native infrastructure.

98%

Runtime threats detected in-cluster

60%

Faster MTTR with root cause analysis

100%

Workload and infrastructure visibility

24h

Deployment to production security

The Atatus Advantage for Kubernetes Security

Platform engineering and security teams select Atatus for unified observability combined with deep security capabilities.

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Unified Observability + Security One platform for metrics, logs, traces, and security events. No context switching. No integration tax. See everything across your Kubernetes environment.

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Cloud-Native Design Built for Kubernetes and containers. Deployed as a DaemonSet, zero modification to workloads. Scales with your infrastructure automatically.

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Real-Time Threat Detection Runtime security monitoring with behavioral anomaly detection. Detect container escapes, privilege escalation, and suspicious activity as it happens.

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Fast Incident Investigation Correlated telemetry from all layers. Distributed tracing shows service dependencies and root cause in minutes instead of hours.

The Solution

Observability-Driven Kubernetes Security

Atatus connects observability and security. Monitor metrics, logs, and traces from every node, pod, container, and service, then correlate telemetry to detect threats, enforce compliance, and accelerate incident response.

Full-Stack Kubernetes Observability for Security

Full-Stack Kubernetes Observability for Security

See everything happening in your Kubernetes environment. From node-level infrastructure metrics to container process behavior, from API calls to distributed service transactions.

  • Real-time metrics monitoring across nodes, pods, containers, and services
  • Structured logs from kubelet, API server, container runtime, and application layers
  • Distributed tracing for service-to-service communication and request paths
  • Container runtime events and system call monitoring for threat detection
  • Network topology and service dependency mapping
Core Capabilities

Kubernetes Security and Observability Capabilities

Every layer, every service, every workload integrated into one observability and security platform for cloud-native environments.

1

Anomaly Detection in Kubernetes

Baseline normal behavior and detect statistical anomalies. Identify unusual resource usage, network patterns, or workload behavior that could indicate compromise.

2

Network Topology & Dependencies

Map service-to-service communication patterns, network flows, and DNS resolution. Identify unexpected connections and understand blast radius for security incidents.

3

Kubernetes Audit Logging

Capture all API server activity. Track user authentication, authorization decisions, resource changes, and RBAC violations for audit trails and compliance reports.

4

Root Cause Analysis for Kubernetes

Distributed tracing and service dependency mapping reveal the full blast radius. Understand why a pod crashed or why a service is degraded.

Real-World Security Scenarios

How Teams Use Atatus for Kubernetes Security?

Detect Suspicious Container Behavior

Identify cryptomining, reverse shells, and lateral movement attempts in real-time. Alert before exfiltration occurs with process-level monitoring and behavioral anomaly detection.

Investigate Pod Crashes and Failures

Traces, logs, and metrics combined show exactly what happened before a pod crashed. Root cause analysis instead of speculation. Reduce MTTR from hours to minutes.

Monitor Kubernetes API Activity

Track every API call, who made it, what changed, and the outcome. Detect unauthorized access attempts, privilege escalation, and policy violations from audit logs.

Identify Infrastructure Bottlenecks

Node pressure, resource contention, and scheduling issues become visible instantly. Correlate infrastructure metrics with workload behavior to optimize both performance and security.

Troubleshoot Service Latency

Distributed tracing shows the exact service call causing slowness. Network topology reveals latency from service-to-service communication and dependency analysis.

Detect Unauthorized Access Patterns

Identify unusual network connections, privilege escalation attempts, and cross-namespace access violations. Behavioral baselines catch anomalies humans would miss.

Powering better performance
for modern teams

Feedback from teams improving monitoring and debugging workflows

"Solid Product even better support", The integration path is incredibly simple/easy and the overall interface is very intuitive. That said, I had a handful of odd use cases that the support team was incredibly responsive in helping me work through.

Wes D

Wes D

Site Reliability Engineer

Questions Engineers Ask Before Buying