Kubernetes Runtime Security
Protect your cloud Kubernetes environments with eBPF-powered behavioral monitoring that detects and prevents container escapes, privilege escalation, and zero-day exploits in real-time.
The Cloud Kubernetes Threat Landscape
Modern cloud Kubernetes environments face sophisticated runtime threats that static scanning and admission controls can't detect.
Container Escape Attacks
Attackers exploit vulnerabilities to break out of container isolation, access the host, and potentially compromise the entire cluster.
Zero-Day Exploits
Unknown vulnerabilities that bypass scanning tools and manifest only at runtime, leading to code execution and data breaches.
Cryptojacking Attacks
Unauthorized cryptocurrency mining that hijacks cluster resources, causing performance degradation and increased cloud costs.
Lateral Movement
After compromising one pod, attackers move laterally through the cluster to access sensitive services, stealing data or escalating privileges.
Malicious Process Execution
Unexpected processes running inside containers, like shells, scanners, or network tools that indicate a compromise is underway.
Persistence Techniques
Attackers establish persistence by planting backdoors in volumes, creating cron jobs, or modifying startup files to maintain access.
Kernel-First Runtime Security with Jibril
Jibril leverages eBPF technology to monitor Kubernetes workloads at the kernel level, catching behavioral indicators of compromise that static scanning and admission controllers miss.
Comprehensive Behavioral Analysis
Tracks file access, process execution, and network activity across containers to detect suspicious behaviors in real-time
Minimal Performance Impact
Efficiently captures over 50,000 events per second with negligible CPU overhead through query-driven model
Unmatched Kernel-Level Visibility
Detects signals invisible to traditional tools — like container escapes, lateral movement, and fileless attacks
Instant Threat Response
Identifies and alerts on suspicious activities the moment they occur, before damage spreads across your cluster
Deploying Runtime Security in Kubernetes
Simple Deployment Options
DaemonSet Deployment
Deploy Jibril as a DaemonSet to monitor every node in your cluster. Our Kubernetes script handles all necessary configurations with minimal setup.
$ ./setup-k8s.sh --namespace=security --image=garnetlabs/jibril:latestKubernetes-Native Configuration
Customize detection policies via ConfigMap and control resource allocation to fit your cluster's needs and security requirements.
Cloud Provider Integration
Works seamlessly with all major Kubernetes offerings including EKS, GKE, AKS, OpenShift, and self-hosted distributions.
Real-World Security Scenarios
Container Escape Attacks
When a pod attempts to escape its container isolation, Jibril detects the abnormal syscalls and process behavior in real-time.
Detection signals:
- Unusual namespace manipulation syscalls (setns, unshare)
- Access to host filesystem paths outside container boundaries
- Process appearing in wrong namespace context
Cryptojacking Detection
Just like in the Tesla breach, Jibril would immediately detect cryptominers running in your Kubernetes cluster before they drain your resources.
Detection signals:
- Execution of known miner binaries or suspicious high-CPU processes
- Network connections to mining pools or suspicious domains
- Unexpected binaries downloaded and executed from temporary directories
Zero-Day Exploit Detection
Even with unknown vulnerabilities, the post-exploitation behavior leaves telltale signals that Jibril's behavioral monitoring catches.
Detection signals:
- Unexpected process spawns (like a web server suddenly executing a shell)
- Abnormal system call patterns from compromised processes
- Outbound connections to command & control servers
Lateral Movement Prevention
Detect when attackers try to move from a compromised pod to other workloads through reconnaissance and exploitation.
Detection signals:
- Internal port scanning and unusual connection patterns to other pods
- Execution of network tools like nmap, netcat, or ssh clients
- Access attempts to Kubernetes API or credential theft from other services
Why Choose Jibril for Kubernetes Security
Minimal Performance Impact
eBPF-powered monitoring with query-driven architecture provides comprehensive security with negligible system overhead.
- Efficiently handles 50,000+ events per second
- In-kernel filtering minimizes performance impact
- No compromise between security and performance
Beyond Static Scanning
Detect sophisticated threats that bypass image scanning and admission controls through behavioral monitoring.
- Catches zero-day exploits with no known signatures
- Identifies malicious runtime behavior, not just vulnerable code
- Detects fileless attacks that leave no traces on disk
Complete Cloud Coverage
Seamless protection across all cloud environments and Kubernetes distributions.
- Works with EKS, GKE, AKS, and self-hosted Kubernetes
- Protects all container runtimes (Docker, containerd, CRI-O)
- Consistent security across hybrid and multi-cloud environments
Secure Your Cloud Kubernetes Environments Today
Don't wait for a breach to improve your security posture. Deploy Jibril's kernel-level protection and get real-time visibility into threats that other solutions miss.