Jibril Runtime Security
Discover Next-Generation Runtime Security with eBPF Technology
Jibril is a revolutionary runtime security tool that leverages eBPF (Extended Berkeley Packet Filter) technology to deliver real-time threat detection, container security, and Kubernetes runtime protection with unprecedented performance and minimal overhead. Whether you're securing Docker containers, Kubernetes clusters (EKS, GKE, AKS), Linux servers, or cloud-native applications, Jibril provides enterprise-grade runtime application self-protection (RASP) capabilities completely free.
Why Jibril is the Best Runtime Security Solution for Cloud-Native Environments
eBPF-Powered Runtime Security: The Future of Threat Detection
Jibril revolutionizes runtime security by using eBPF for kernel-level monitoring without kernel modules, agents, or sidecars. This lightweight runtime security approach delivers:
- 50-70% lower CPU usage compared to traditional runtime security tools
- Real-time threat detection for zero-day exploits, container escapes, and crypto-mining attacks
- No performance degradation even under high workload conditions
- Kernel-level visibility without compromising system stability
Comprehensive Kubernetes Runtime Security
Jibril is purpose-built for Kubernetes security and container runtime protection:
- Kubernetes-native deployment via DaemonSet and Helm charts
- Multi-cluster support for Amazon EKS, Google GKE, Azure AKS, and on-premise Kubernetes
- Pod-level threat detection with full context awareness
- Namespace isolation and policy enforcement
- Container runtime monitoring for Docker, containerd, and CRI-O
- Integration with Kubernetes Network Policies for defense-in-depth
Real-Time Runtime Threat Detection and Protection
Detect and respond to threats instantly with Jibril's advanced detection engine:
- Behavioral anomaly detection for suspicious process execution
- Crypto-mining detection with signature and heuristic analysis
- Container escape detection and prevention
- Privilege escalation monitoring (SUID, capabilities, setuid/setgid)
- File integrity monitoring (FIM) for sensitive system files
- Network threat detection including C2 communication, DGA domains, and data exfiltration
- Supply chain attack detection via loader interception and library monitoring
- Living-off-the-land (LOTL) technique detection for fileless attacks
Free Runtime Security for Startups and Enterprises
Unlike proprietary runtime security solutions that charge per node or require expensive licenses:
- No hidden costs or feature limitations
- Community-driven development with transparent roadmap
- Enterprise support options available through Garnet Security
- Perfect for startups, DevOps teams, security researchers, and enterprises
Lightweight Runtime Monitoring for Production Environments
Jibril's query-driven architecture eliminates the performance bottlenecks of traditional security tools:
- Minimal memory footprint with configurable bounded memory usage
- Deterministic CPU consumption regardless of event volume
- No event loss under high-load scenarios
- Production-ready with proven reliability in enterprise environments
- Works seamlessly with microservices, serverless containers, and service mesh architectures
Complete Runtime Security Coverage
Cloud-Native Security Platform
- AWS runtime security for EC2, ECS, EKS, and Lambda containers
- GCP runtime security for GCE, GKE, and Cloud Run
- Azure runtime security for VMs, AKS, and Container Instances
- Multi-cloud security posture management and compliance
DevOps and CI/CD Security
- Runtime security for CI/CD pipelines (Jenkins, GitLab CI, GitHub Actions, CircleCI)
- Container image scanning integration
- Build-time security with runtime validation
- Shift-left security for DevSecOps workflows
Linux Runtime Security
- Bare-metal server protection for traditional Linux deployments
- VM security for KVM, Xen, and VMware environments
- Hybrid infrastructure monitoring (containers + VMs)
- eBPF runtime security for Ubuntu, Debian, RHEL, CentOS, Fedora, Amazon Linux, and more
Application and Workload Protection
- Microservices security with service-to-service monitoring
- Serverless container security for Fargate, Cloud Run, and Azure Container Instances
- Database protection (MySQL, PostgreSQL, MongoDB, Redis)
- Web application runtime protection (NGINX, Apache, Node.js, Java applications)
Advanced Features for Security Operations
Comprehensive Threat Detection Library
Jibril includes 100+ built-in detection rules covering:
- MITRE ATT&CK framework techniques for container and Linux environments
- File access patterns: credential theft, SSH key access, config tampering
- Execution patterns: suspicious shells, reverse shells, network tools, password cracking
- Network patterns: C2 domains, DGA detection, cloud metadata access, plaintext protocols
- Persistence mechanisms: cron jobs, startup scripts, library injection
Programmable Security Reactions
Respond to threats automatically with JavaScript-based reaction engine:
- Process termination for malicious executables
- Container isolation and quarantine
- Network blocking for suspicious connections
- Alert routing to SIEM, Slack, PagerDuty, and more
- Custom remediation workflows
Security Observability and Forensics
- Detailed event context with full process ancestry
- Correlation across file, network, and execution events
- Immutable audit trails for compliance and forensics
- Integration with Prometheus, Grafana, ELK, and Splunk
Use Cases and Industry Applications
Enterprise Security
- Runtime security for financial services (PCI-DSS, SOC 2 compliance)
- Healthcare application protection (HIPAA-compliant monitoring)
- E-commerce security for payment processing environments
- SaaS platform protection for multi-tenant architectures
Security Research and Development
- Malware analysis and behavioral research
- Container security testing and validation
- eBPF development and experimentation
- Threat hunting in production environments
Compliance and Auditing
- NIST Cybersecurity Framework compliance
- CIS Kubernetes Benchmark enforcement
- SOC 2 Type II audit requirements
- GDPR and data protection monitoring
Getting Started with Jibril
Deploy Jibril runtime security in minutes:
Kubernetes Deployment
helm repo add jibril https://jibril.garnet.ai/charts
helm install jibril jibril/jibril
Linux Standalone
wget https://github.com/garnet-org/jibril-releases/releases/latest/download/jibril
chmod +x jibril
sudo ./jibril
Docker Container
docker run --privileged --pid=host -v /sys/kernel/debug:/sys/kernel/debug:ro garnetlabs/jibril
Why Security Teams Choose Jibril
Performance Benchmarks
- 2% average CPU usage vs 8-15% for competitors
- 100K+ events/second with constant overhead
- Sub-second detection latency
- Zero event loss guaranteed
Community and Support
- Active Discord community with 1000+ security professionals
- Regular updates with new detection rules monthly
- Professional support available from Garnet Security
- Comprehensive documentation and tutorials
Integration Ecosystem
Works with your existing security stack:
- SIEM Integration: Splunk, Elastic, Datadog, Sumo Logic
- Alert Management: PagerDuty, Opsgenie, VictorOps, Slack
- Ticketing: Jira, ServiceNow, Linear
- Monitoring: Prometheus, Grafana, New Relic, Dynatrace
Best Practices for Runtime Security
- Deploy Jibril early in development for shift-left security
- Customize detection rules for your specific threat model
- Enable automated reactions for critical threats
- Integrate with CI/CD for continuous security validation
- Monitor performance metrics with Prometheus integration
- Regular updates to stay protected against emerging threats
Comparison: Jibril vs Traditional Runtime Security Tools
| Feature | Jibril | Traditional Tools |
|---|---|---|
| Architecture | Query-driven eBPF | Ring buffer streaming |
| CPU Overhead | ~2% constant | 8-15% variable |
| Event Loss | Zero (impossible) | Common under load |
| Memory Usage | Bounded, predictable | Unpredictable |
| Deployment | Single binary | Multiple agents |
| Kubernetes Native | Yes, DaemonSet | External agents |
| Performance at Scale | Improves with load | Degrades with load |
Frequently Asked Questions
Q: Is Jibril really free for production use? A: Yes, Jibril is completely free with no limitations on features.
Q: Does Jibril work with my Kubernetes distribution? A: Yes, Jibril supports all major Kubernetes distributions including EKS, GKE, AKS, OpenShift, Rancher, and vanilla Kubernetes.
Q: What kernel versions does Jibril support? A: Jibril requires Linux kernel 5.8+ with eBPF support (CO-RE enabled kernels preferred).
Q: Can I customize detection rules? A: Absolutely! Jibril supports custom detection rules and programmable reactions via JavaScript.
Q: How does Jibril compare to Falco, Tetragon, or Tracee? A: Jibril's query-driven architecture provides better performance, zero event loss, and more predictable resource usage compared to traditional event-streaming tools.
Join the Jibril Community
- GitHub: garnet-org/jibril-releases
- Discord: Join our community
- Documentation: jibril.garnet.ai
- Twitter/X: @garnet_labs
- LinkedIn: Garnet Labs
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