How do I activate the eBPF discovery skill?

The skill auto-activates when Claude Code detects you are working with eBPF, kernel code, tracing, networking, or security-related system tasks.

What specialized eBPF sub-skills are available?

It provides access to four main categories: eBPF Fundamentals, Networking, Security Monitoring, and Tracing & Observability.

Can I manually view all available eBPF skills?

Yes, you can run 'cat ~/.claude/skills/ebpf/INDEX.md' within Claude Code to see the full category index and specific usage instructions.

Does this skill help with performance monitoring?

Yes, it includes specialized workflows for system observability and performance monitoring using eBPF and kernel tracing tools.

eBPF & Kernel Development Discovery

Name: eBPF & Kernel Development Discovery
Author: rand

byrand

•

Analytics & Monitoring

Automatically identifies and enables specialized eBPF capabilities for kernel programming, networking, and system observability tasks.

About

This skill serves as an intelligent gateway for eBPF development within Claude Code, automatically activating when it detects kernel-level programming, networking, or security tasks. It streamlines the development process by providing instant access to a specialized suite of sub-skills covering eBPF fundamentals, high-performance networking, security monitoring, and advanced system observability. By utilizing a progressive loading architecture, it ensures that developers have the right context and best practices for BPF and performance monitoring while maintaining context efficiency.

Key Features

Comprehensive indexing of BPF-specific workflows
Progressive loading of specialized sub-skills for context efficiency
57 GitHub stars
Unified access to networking, security, and observability patterns
Streamlined commands for loading deep-dive kernel documentation
Automatic activation for eBPF, kernel, and tracing tasks

Use Cases

Developing high-performance networking tools and XDP packet filters
Implementing kernel-level security monitoring and runtime enforcement programs
Building real-time system observability and performance monitoring tools

About

Key Features

Comprehensive indexing of BPF-specific workflows
Progressive loading of specialized sub-skills for context efficiency
57 GitHub stars
Unified access to networking, security, and observability patterns
Streamlined commands for loading deep-dive kernel documentation
Automatic activation for eBPF, kernel, and tracing tasks

Use Cases

Developing high-performance networking tools and XDP packet filters
Implementing kernel-level security monitoring and runtime enforcement programs
Building real-time system observability and performance monitoring tools