Frequently Asked Questions
Q:What does eBPF stand for?
eBPF stands for Extended Berkeley Packet Filter.
Q:How has eBPF changed the Linux kernel?
eBPF has made the Linux kernel programmable, allowing developers to run custom code in response to events.
Q:What are some use cases for eBPF?
eBPF can be used for performance monitoring, network traffic filtering, and security enhancements.
Q:Is eBPF limited to networking applications?
No, eBPF can be applied to various areas including security, observability, and performance tuning.
Q:What is the significance of eBPF in kernel development?
eBPF allows for dynamic kernel modifications without the need for kernel module loading, enhancing flexibility and performance.