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Author: Bill Mulligan - Isovalent Today the eBPF community is excited to announce the launch of the next version of eBPF, excelBPF™. Excel is the most widely used programming language in the world and underpins the functioning of many of the most critical institutions in the world. Bringing power of BPF to spreadsheets will enable millions of people to leverage this production proven technology, m
eBPF synchronizes user space and kernel space development to ensure infrastructure features support application needs in any privileged execution context, such as a kernel, to better address industry challenges than existing software. The number of eBPF-based projects has exploded in recent years and many more have been announcing intent to start adopting the technology. eBPF is quickly becoming o
eBPF Summit, a virtual event, targeted at DevOps, SecOps, platform architects, and developers is open for registration.
eBPF Updates #3: Atomics Operations, Socket Options Retrieval, Syscall Tracing Benchmarks, eBPF in the Supply Chain With the festive season, it would seem that eBPF blogging has cooled down a little, and we have fewer items to report this time. But eBPF is getting traction everywhere, so we can be confident that more material will be available for the months to come. Let's wager that 2021 will be
eBPF Updates #2: eBPF with Zig, libbpf-bootstrap, Rust Linker, BTF in Kernel Modules, Cgroup-Based Memory Accounting Foreword Welcome to the second issue of the eBPF Updates! This time we have interesting resources about how to write eBPF programs with Zig, or with Rust, or on how to manage them with libbpf. On the kernel side, modules now support BTF, and improvements to memory accounting for eBP
What is eBPF? eBPF is a revolutionary technology with origins in the Linux kernel that can run sandboxed programs in a privileged context such as the operating system kernel. It is used to safely and efficiently extend the capabilities of the kernel without requiring to change kernel source code or load kernel modules. Historically, the operating system has always been an ideal place to implement
Dynamically program the kernel for efficient networking, observability, tracing, and security Programs are verified to safely executeHook anywhere in the kernel to modify functionalityJIT compiler for near native execution speedAdd OS capabilities at runtime
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