A network diagnostic tool combining traceroute and ping for analyzing network issues with a real-time TUI.
Trippy is a network diagnostic tool that combines traceroute and ping functionality into a single interactive terminal application. It helps identify network paths, measure latency, and analyze connectivity issues in real-time. The tool is designed specifically for troubleshooting network problems with a focus on clarity and actionable insights.
Network engineers, system administrators, DevOps professionals, and developers who need to diagnose network connectivity, latency, or routing issues across distributed systems.
Developers choose Trippy for its unified real-time interface that eliminates the need to switch between separate traceroute and ping tools. Its interactive TUI, cross-platform support, and configurable display provide a more efficient and insightful network diagnostics experience compared to traditional command-line utilities.
A network diagnostic tool
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The terminal interface provides live updates of network trace data, as demonstrated in the animated demo GIF, allowing for immediate analysis without switching screens.
Combines traceroute path discovery with continuous ping latency measurement in a single command, eliminating the need to run separate utilities for comprehensive troubleshooting.
Supports customizable columns, themes, and data presentation through detailed configuration references, enabling users to focus on specific metrics like ASN lookup or latency.
Runs on Linux, BSD, macOS, and Windows with consistent functionality, as evidenced by extensive package manager support including Homebrew, WinGet, and APT.
Requires sudo for basic traces or complex setup for reduced privileges, which can be cumbersome, especially on Windows where firewall adjustments are needed, as noted in the Windows Defender FAQ.
Lacks a graphical user interface or web-based dashboard, which may hinder users accustomed to visual network monitoring tools or those needing remote access via browsers.
Primarily focused on ICMP-based diagnostics; does not natively support advanced traceroute modes like TCP or UDP, restricting use cases compared to tools like mtr.