CLI for internet speed test via cloudflare
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Updated
Feb 18, 2026 - Rust
CLI for internet speed test via cloudflare
A Prometheus exporter for mtr metrics
Predicting network performance at scale
🌐 Scripts to configure persistent MTU settings for Tailscale on Linux and Windows, enhancing network performance with automated and customizable setups.
[ACM SIGCOMM 2024] "m3: Accurate Flow-Level Performance Estimation using Machine Learning" by Chenning Li, Arash Nasr-Esfahany, Kevin Zhao, Kimia Noorbakhsh, Prateesh Goyal, Mohammad Alizadeh, Thomas Anderson.
Network emulation for writing integration tests in Go
Data Link (Layer 2) Traffic Generator/Performance Tool
⏱️ Test speed from your server
Simple python network benchmark that you can ride on!
A lightweight macOS network monitoring app built with SwiftUI that provides real-time bandwidth tracking, packet monitoring, and network analytics directly from your menu bar
ISP SLA checker: measures RTT and packet loss to neutral IXP/RIPE targets, generating ticket-ready evidence bundles.
Professional network diagnostic tool with throughput testing, latency/jitter measurement, and asymmetry detection. Perfect for MSPs and IT professionals.
Empirical analysis of LEO satellite network handover behavior using real Starlink performance data. Automated collection of 500+ data points revealing 73% connection stability and optimal elevation angles for satellite positioning.
The Viya Perf Tool is a Bash script that measures network and/or storage I/O performance on SAS Viya 3.5 hosts running RHEL or CentOS 7.x.
Minimal ndt7 server written in Go
A Prometheus exporter for speedtest-go metrics
Measure network delays between Kubernetes Nodes using Netperf & Prometheus.
Cross‑platform DNS and bandwidth benchmarker built with Rust and React—measure latency, jitter, DNSSEC support and download throughput, customise your dns server lists, and export results in seconds.
This repository documents an experimental study comparing the performance of three key DNS protocols: Plain DNS (over UDP), DNS over TLS (DoT), and DNS over QUIC (DoQ). The core of this project was to understand how these protocols behave in terms of speed, reliability, and latency when subjected to various levels of network packet loss.
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