users to programmatically extend almost any functionality of the operating system. eBPF is an event-driven architecture that runs specific programs when the kernel or an application passes a certain hook

create an event which will notify the Cilium agent that a modification is required. Due to being event-driven, the amount of work performed by the Cilium agent highly depends on the rate of external events of a load-balancing service pkg/trigger Implementation of trigger functionality to implement event-driven functionality Debugging toFQDNs and DNS Debugging The interactions of L3 toFQDNs and L7 DNS programs to solve specific use cases. The execution of a BPF program inside the kernel is always event-driven! Examples: A networking device which has a BPF program attached on its ingress path will trigger

create an event which will notify the Cilium agent that a modification is required. Due to being event-driven, the amount of work performed by the Cilium agent highly depends on the rate of external events of a load-balancing service pkg/trigger Implementation of trigger functionality to implement event-driven functionality Debugging toFQDNs and DNS Debugging The interactions of L3 toFQDNs and L7 DNS programs to solve specific use cases. The execution of a BPF program inside the kernel is always event-driven! Examples: A networking device which has a BPF program attached on its ingress path will trigger

create an event which will notify the Cilium agent that a modification is required. Due to being event-driven, the amount of work performed by the Cilium agent highly depends on the rate of external events of a load-balancing service pkg/trigger Implementation of trigger functionality to implement event-driven functionality Debugging toFQDNs and DNS Debugging The interactions of L3 toFQDNs and L7 DNS programs to solve specific use cases. The execution of a BPF program inside the kernel is always event-driven! Examples: A networking device which has a BPF program attached on its ingress path will trigger

create an event which will notify the Cilium agent that a modification is required. Due to being event-driven, the amount of work performed by the Cilium agent highly depends on the rate of external events of a load-balancing service pkg/trigger Implementation of trigger functionality to implement event-driven functionality Debugging toFQDNs and DNS Debugging The interactions of L3 toFQDNs and L7 DNS programs to solve specific use cases. The execution of a BPF program inside the kernel is always event-driven! Examples: A networking device which has a BPF program attached on its ingress path will trigger

create an event which will notify the Cilium agent that a modification is required. Due to being event-driven, the amount of work performed by the Cilium agent highly depends on the rate of external events programs to solve specific use cases. The execution of a BPF program inside the kernel is always event-driven! Examples: A networking device which has a BPF program attached on its ingress path will trigger

programs to solve specific use cases. The execution of a BPF program inside the kernel is always event-driven! Examples: A networking device which has a BPF program attached on its ingress path will trigger