Blog | eunomia

AgentCgroup: What Happens When AI Coding Agents Meet OS Resources?

Reverse Engineering Claude Code's SSL Traffic with eBPF

A Taxonomy of GPU Bugs: 19 Defect Classes for CUDA Verification

Architectures for Agent Systems: A Survey of Isolation, Integration, and Governance

The GPU Observability Gap: Why We Need eBPF on GPU devices

NVIDIA Open GPU Kernel Modules Comprehensive Source Code Analysis

Understanding iaprof: A Deep Dive into AI/GPU Flame Graph Profiling

AgentSight: Keeping Your AI Agents Under Control with eBPF-Powered System Observability

Profiling and Tracing Tools Across System Layers and Architectures

The Modern Memory Testing Arsenal -- A Complete Guide to Benchmarking Tools for Next-Gen Memory Systems

Observability, Profiling, and Debugging in Systems Conference (2015–2025)

Checkpoint/Restore Systems: Evolution, Techniques, and Applications in AI Agents

ASPLOS 2025: Paper Summaries and Insights

EuroSys 2025 Paper Summaries and Analysis

GPU Profiling Under the Hood: An Implementation-Focused Survey of Modern Accelerator Tracing Tools

The Accelerator Toolkit: A Review of Profiling and Tracing for GPUs and other co-processor

OS-Level Challenges in LLM Inference and Optimizations

WASI and the WebAssembly Component Model: Current Status

eBPF Ecosystem Progress in 2024–2025: A Technical Deep Dive

Security Vulnerabilities Study in Software Extensions and Plugins

Can LLMs understand Linux kernel? A New AI-Powered Approach to Understanding Large Codebases

Building High-Performance Userspace eBPF VMs with LLVM

The Past, Present, and Future of eBPF and Its Path to Revolutionizing Systems

Simplifying Kernel Programming: The LLM-Powered eBPF Tool

The eBPF Evolution and Future: From Linux Origins to Cross-Platform Dominance

Implementing an Inline Hook in C in 5 minutes

The Evolution and Impact of eBPF: A list of Key Research Papers from Recent Years

Introducing eunomia-bpf v1.0: Simplifying eBPF with CO-RE and WebAssembly

The Secure Path Forward for eBPF runtime: Challenges and Innovations

Userspace eBPF Runtimes: Overview and Applications

bpftime: Extending eBPF from Kernel to User Space

Use ChatGPT to write eBPF programs and trace the Linux kernel with natural language

Simplifying eBPF Development: GitHub Templates and Codespaces for Online Compilation and Execution

When Wasm Meets eBPF: Writing, Distributing, Loading, and Running eBPF Programs with WebAssembly

eBPF Advanced: Overview of New Kernel Features

Progress of eunomia-bpf in March

The eunomia-bpf project is an open-source project aimed at providing a set of tools for writing and running eBPF programs more conveniently in the Linux kernel. In the past month, the project has made some new progress.

eunomia-bpf 0.3.0 Release: Easily Build, Package, and Publish Full eBPF Applications by Writing Kernel-Mode Code

Wasm-bpf: Bridging WebAssembly and eBPF for Kernel Programmability

Wasm-bpf: A Common eBPF Kernel Programmability for Cloud-Native Webassembly

eunomia-bpf: Looking forward to 2023, let eBPF sprout wings with Wasm

如何在 Linux 显微镜（LMP）项目中开启 eBPF 之旅？

eBPF 为 Linux 内核提供了可扩展性，使开发人员能够对 Linux 内核进行编程，以便根据他们的业务需求快速构建智能的或丰富的功能。

Running the ecli on Android 13

Running the ecli on Android 13 Author: CH3CHOHCH3

在 WebAssembly 中编写 eBPF 程序和使用 libbpf

eBPF (extended Berkeley Packet Filter) is a high-performance kernel virtual machine that runs in the kernel space and is used to collect system and network information. With the continuous development of computer technol

在 WebAssembly 中使用 Rust 编写 eBPF 程序并发布 OCI 镜像