a dynamic language Challenges - Implementing the stack walking for a dynamic language - Supporting multiple Ruby versions Challenges - Implementing the stack walking for a dynamic language - Supporting Ruby versions - Correctness testing Challenges - Implementing the stack walking for a dynamic language - Supporting multiple Ruby versions - Correctness testing - BPF safety features Future plans -

Cilium in different deployment modes. Policy Enforcement Modes : Detailed walkthrough of the policy language structure and the supported formats. Monitoring & Metrics : Instruc�ons for configuring metrics invented a long �me ago, in a galaxy far, far away?). With gRPC, each service is defined using a language independent protocol buffer defini�on. Here is the defini�on for the system used to manage doors in beta phase. It is not yet ready for produc�on use. Addi�onally, the Cassandra-specific policy language is highly likely to change in a future Cilium version. If you haven’t read the Introduc�on to Cilium

confinement mechanism for Linux using eBPF ▶ Users write per-application policy in a simple policy language ▶ Policy is enforced by attaching BPF programs to LSM hooks ▶ Integrates userspace and kernelspace and production-safe ▶ Works out of the box on any vanilla Linux kernel ≥ 5.8 4 / 7 Our Policy Language Rules and Directives Rules specify access to system objects: ▶ fs(file, access) ▶ net(socket to be taken on a block of rules ▶ Add additional context to a block of rules 5 / 7 Our Policy Language Policy at the Function Call Level ▶ #[func " foo" ] → Apply rules only within a call to foo()

Cilium in different deployment modes. Policy Enforcement Modes : Detailed walkthrough of the policy language structure and the supported formats. Monitoring & Metrics : Instructions for configuring metrics invented a long time ago, in a galaxy far, far away?). With gRPC, each service is defined using a language independent protocol buffer definition. Here is the definition for the system used to manage doors beta phase. It is not yet ready for production use. Additionally, the Cassandra-specific policy language is highly likely to change in a future Cilium version. If you haven’t read the Introduction to

Cilium in different deployment modes. Policy Enforcement Modes : Detailed walkthrough of the policy language structure and the supported formats. Monitoring & Metrics : Instructions for configuring metrics invented a long time ago, in a galaxy far, far away?). With gRPC, each service is defined using a language independent protocol buffer definition. Here is the definition for the system used to manage doors beta phase. It is not yet ready for production use. Additionally, the Cassandra-specific policy language is highly likely to change in a future Cilium version. If you haven’t read the Introduction to

troubleshooting Cilium in different deployment modes. Network Policy : Detailed walkthrough of the policy language structure and the supported formats. Monitoring & Metrics : Instructions for configuring metrics invented a long time ago, in a galaxy far, far away?). With gRPC, each service is defined using a language independent protocol buffer definition. Here is the definition for the system used to manage doors beta phase. It is not yet ready for production use. Additionally, the Cassandra-specific policy language is highly likely to change in a future Cilium version. If you haven’t read the Introduction to

troubleshooting Cilium in different deployment modes. Network Policy : Detailed walkthrough of the policy language structure and the supported formats. Monitoring & Metrics : Instructions for configuring metrics invented a long time ago, in a galaxy far, far away?). With gRPC, each service is defined using a language independent protocol buffer definition. Here is the definition for the system used to manage doors beta phase. It is not yet ready for production use. Additionally, the Cassandra-specific policy language is highly likely to change in a future Cilium version. If you haven’t read the Introduction to

troubleshooting Cilium in different deployment modes. Network Policy : Detailed walkthrough of the policy language structure and the supported formats. Monitoring & Metrics : Instructions for configuring metrics invented a long time ago, in a galaxy far, far away?). With gRPC, each service is defined using a language independent protocol buffer definition. Here is the definition for the system used to manage doors beta phase. It is not yet ready for production use. Additionally, the Cassandra-specific policy language is highly likely to change in a future Cilium version. If you haven’t read the Introduction to

troubleshooting Cilium in different deployment modes. Network Policy : Detailed walkthrough of the policy language structure and the supported formats. Monitoring & Metrics : Instructions for configuring metrics invented a long time ago, in a galaxy far, far away?). With gRPC, each service is defined using a language independent protocol buffer definition. Here is the definition for the system used to manage doors beta phase. It is not yet ready for production use. Additionally, the Cassandra-specific policy language is highly likely to change in a future Cilium version. If you haven’t read the Introduction to

com/iovisor/bcc https://bpftrace.org 2 eBPF Compiler Collection bpftrace BCC high-level tracing language for eBPF Performance Co-Pilot system performance analysis toolkit Performance Co-Pilot 3 Toolkit