
Explore Falco, the open-source cloud-native runtime security project for Kubernetes threat detection. Learn installation, rules, Kubernetes integration, and advanced features like userspace implementation.

Explore container security vulnerabilities and learn how Falco can detect and respond to container escape techniques based on Linux capabilities, with real-world CVE examples.

Explore innovative uses of Prometheus for defensive monitoring in Kubernetes, complementing traditional security tools. Learn practical examples and ready-to-use strategies for enhancing your cluster's security posture.

Discover Falco: Cloud-Native Runtime Security for Kubernetes. Learn about recent developments, improved eBPF support, security enhancements, ecosystem integrations, and the project's roadmap from experienced contributors.

Detect crypto-jacking in Kubernetes workloads using Falco. Learn to create rules, test environments, and implement security measures for cloud-native applications.

Explore how Prometheus and Falco empower Site Reliability Engineers with robust monitoring, alerting, and security capabilities for cloud-native environments.

Explore real-world cybersecurity threats and learn to detect them using Falco, enhancing your ability to protect cloud-native environments from sophisticated attacks.

Learn about Falco, a CNCF project for container runtime security. Explore its architecture, rules, and real-world applications. Discover how Falco protects Kubernetes workloads and its future roadmap.

Explore Falco Playground: a WebAssembly-powered web app for writing and testing Falco rules, enabling runtime security for Linux systems and cloud logs anywhere, with enhanced portability and accessibility.

Explore container security best practices, from building secure images to runtime monitoring. Learn to prevent vulnerabilities, optimize applications, and leverage tools like Docker Scout and Sysdig for enhanced cloud-native security.

Explore Falco for container runtime security, learn to detect system call anomalies with eBPF, and monitor Kubernetes API server behavior. Gain insights on writing custom rules and contributing to this CNCF project.

Explore open-source security tools and frameworks for Kubernetes, covering compliance, threat detection, and network segmentation to enhance your cluster's protection.

Explore Kubernetes runtime security with Falco, an open-source tool for detecting unexpected application behavior and threats. Learn features, benefits, and best practices for enhanced cloud-native security.

Explore Falcoctl's capabilities for streamlining Falco operations in production environments, enhancing security and efficiency in cloud-native systems.

Explore Zero-Trust architecture for securing multi-tenant Kubernetes clusters. Learn best practices, access control, network isolation, and runtime security to fortify against threats and breaches.

Live demonstration of cloud architecture attacks and defenses, showcasing real-world security challenges and mitigation strategies using modern open-source tools in Kubernetes environments.

Explore common Python vulnerabilities in Kubernetes deployments, their potential impacts, and effective mitigation strategies using tools like Falco, TUF, Open Policy Agent, and Bandit.

Learn to deploy Falco for container intrusion detection, modify rules, and manage alerts. Discover real-world use cases and best practices from Shopify's experience in securing high-volume cloud environments.

Explore container and Kubernetes security fundamentals, covering supply chain and runtime security. Learn practical strategies to protect clusters and prevent vulnerabilities using real-world examples and essential tools.

Explore Shopify's open-source intrusion detection system for containers using Falco, a CNCF project. Learn implementation tips, improvement areas, and use cases for detecting compromises.

Explore runtime security with Falco in userspace, covering eBPF, kernel modules, and ptrace. Learn about tradeoffs, performance impacts, and alternative approaches for cloud-native security.