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deepmind.google·6d ago
AI Engineering
Lobsters·May 21·5 min read
Gobee: write eBPF programs in Go, transpiled via clang
TL;DR
Writing eBPF programs (low-level kernel code for monitoring and networking) traditionally requires C expertise and complex tooling. Gobee enables developers to write eBPF programs in Go, a more accessible language, by transpiling them through clang (a C compiler).
✦ Why It Matters
Go developers can now write kernel-level monitoring and networking code without learning C or managing complex eBPF toolchains.
Key Takeaways
- Use Gobee to write eBPF programs in Go instead of C for faster development.
- Leverage automatic transpilation to C via clang for kernel compatibility without manual compilation.
- Adopt Gobee in Go-based infrastructure teams to reduce context-switching and onboarding friction.
- Build kernel-level monitoring and networking tools using familiar Go syntax and patterns.
Full Summary
eBPF (extended Berkeley Packet Filter) allows running sandboxed programs in the Linux kernel for tasks like network monitoring, security filtering, and performance tracing. Traditionally, eBPF programs must be written in C and compiled with specialized tools, creating friction for developers unfamiliar with low-level systems programming.
Gobee solves this by providing a Go-based framework that lets developers write eBPF logic in Go syntax, then automatically transpiles the code to C and compiles it via clang (the LLVM compiler). This approach preserves Go's readability and safety while maintaining full kernel compatibility and performance.
The tool bridges the gap between Go's ecosystem and kernel-level programming, enabling teams already using Go to extend their infrastructure without context-switching to C. Engineers can now prototype and deploy eBPF-based monitoring and networking tools faster using familiar language patterns.