
Learn to prevent performance regressions in eBPF programs using Rust, continuous benchmarking, and open-source tools. Maximize and maintain project performance through practical examples and CI implementation.

Explore HotBPF++, an advanced Linux kernel memory protection system. Learn about its automatic deployment, on-the-fly enabling, and lightweight design for preventing and detecting various memory corruptions beyond heap exploitation.

Explore eBPF performance analysis techniques, including metrics collection, profiling, and common pitfalls. Learn to optimize eBPF programs for improved system visibility and efficiency.

Discover how eBPF enhances runtime security and forensic analysis, offering advanced threat detection and system monitoring capabilities for improved cybersecurity.

Explore eBPF-based techniques for detecting and preventing container privilege escalation in cloud environments, with practical implementation examples and real-world applications.

Explore Kubernetes-based Efficient Power Level Exporter (Kepler) for container-level energy consumption metrics, enabling energy-efficient cloud systems through observability and sustainable cluster management.

On-demand, on-the-fly Linux kernel memory protection mechanism: lightweight, hardware-independent, and deployable without rebooting. Enhances security during vulnerability disclosure to remediation window.

Explore secure boot implementation at the application level using eBPF technology, minimizing distro modifications for enhanced system integrity and security.

Learn about L3AF, a platform for launching and managing eBPF programs. Explore eBPF use cases, kernel functions, and see a demo on slowing down traffic using this innovative technology.

Explore eBPF/XDP's transformative impact on 5G networks, covering DDoS mitigation, load balancing, high-performance forwarding, and flow monitoring. Learn key implementation strategies and real-world examples.

Explore XDP metadata for TX with Stanislav Fomichev, focusing on key concepts, implementation techniques, and practical applications in network programming.

Explore the new BPF multi-attach API and its implementation for tcx and XDP meta netdevices, enhancing network programming flexibility and performance.

Hands-on introduction to eBPF: concepts, tools, and applications. Learn to manage programs, use bpftool, and explore various eBPF program types for networking, observability, and security.

Explore the impact of tracing on system performance through empirical measurements. Learn about various tracing techniques and their effects on kernel configurations and real-time systems.

Learn how to extend bpf-helpers for improved Kubernetes support, enhancing container networking and security capabilities in cloud-native environments.

Explore an innovative sketch data structure for efficient quantile estimation in eBPF, enhancing performance monitoring and analysis capabilities in Linux systems.

Learn to leverage eBPF for efficient Linux kernel tracing, exploring instrumentation capabilities, BCC tools, and practical demos for system profiling and debugging with minimal overhead.

Learn to create and deploy an eBPF program using Bumblebee for system monitoring, enhancing your skills in low-level programming and performance analysis.

Learn to create a versatile eBPF tool using open-source software, enhancing your ability to monitor and analyze Linux kernel-level activities for improved system performance and security.

Learn to quickly create, execute, and distribute an eBPF program, gaining hands-on experience with this powerful Linux kernel technology for efficient system observability and networking.

Explore implementing network traffic QoS classes for containers and pods using eBPF/XDP, enhancing performance and resource management in containerized environments.