Mastering io_uring vs epoll: A Deep Dive into Linux Async I/O Architectures
Compare Linux’s two dominant async I/O architectures, io_uring and epoll, with kernel internals, real benchmarks, and patterns drawn from production systems.
Compare Linux’s two dominant async I/O architectures, io_uring and epoll, with kernel internals, real benchmarks, and patterns drawn from production systems.
A deep dive into epoch based reclamation, its thread‑safety model, performance trade‑offs, and how it stacks up against alternative reclamation schemes.
Cgroups v2 unifies the control hierarchy, introduces granular I/O and memory throttling, and simplifies container orchestration, making Linux resource isolation more predictable and efficient.
A deep dive into constructing efficient mutexes in user space with futex, complete with code examples and best practices.

A deep dive into epoch‑based reclamation, showing why it solves the stalled pointer issue and how to apply it safely in high‑performance concurrent code.