network monitoring

Could you share the article’s text or a link? With only the title, I can draft a generic 250–500 character synopsis, but it may miss the article’s specifics. If you prefer the generic version, say so and I’ll provide a concise summary covering AI-driven network dashboards, real-time visibility, anomaly detection, predictive insights, integrations, security, and ROI.

I don’t have the article’s content. Please paste the text or share a link, or provide key points (goals, methods, tools, results). If you prefer a generic synopsis based only on the title “Artificial Intelligence Packet Capture Automation,” I can provide a 250–500 character summary on that basis—just confirm.

Build a lightweight, Bash-first AI bandwidth analyzer for Linux that turns tshark packet headers into 5-second features (bytes, packets, TCP/UDP mix), trains an Isolation Forest in Python, and monitors live for anomalies. Includes apt/dnf/zypper installs, safe non-root capture, vnstat/iperf3 baselining, ready-to-run scripts, tuning tips, and guidance for encrypted, least-privilege, real-world use.

Build a lightweight, about 50-line Bash network monitor that pings key hosts, learns per-host latency baselines with EWMA, detects anomalies via sigma thresholds and packet loss, suppresses noise with consecutive checks, auto-captures mtr diagnostics, logs metrics to CSV, and alerts to a webhook; includes dependency setup, minimal config, full script, systemd/cron scheduling, plus tuning tips, examples, and troubleshooting.

This article explains how to monitor per-process network usage in Linux using the `/proc/$PID/fd` directory and the `ss` command. It discusses accessing file descriptors and using `ss` to examine socket details, providing a script to automate the process and demonstrating utilization of these built-in tools for detailed insights into individual process interactions with network resources.

This blog details how to parse `tcpdump` output to monitor unique IP addresses in real-time using Bash scripting. Essential for network admins and cybersecurity experts, it explains extracting IPs and counting them via commands involving `awk`, `sort`, `uniq`, and a continual traffic-capturing script for dynamic network management.

This guide details setting up cloud-based traffic mirroring for debugging in Linux Bash, offering a robust method for monitoring network traffic in AWS. Learn how to choose the right Virtual Private Cloud, set up mirroring targets and filters, and use tools like Wireshark for in-depth traffic analysis, enhancing application performance and security without disrupting live environments.

Comprehensive guide for full stack developers and sysadmins on using Bash to automate network monitoring: leverage core tools (ping, netstat/ss, curl, traceroute) with scripts for host reachability and port status, then extend with AI by collecting logs, running Python/Scikit-learn anomaly detection, and triggering automated responses; concludes with best practices on modularity, logging, security, and rigorous testing.

Explore network traffic analysis using Darkstat—a robust yet lightweight tool for Linux systems. This guide offers a walkthrough on installing and configuring Darkstat with `apt`, `dnf`, and `zypper`, highlighting features such as real-time traffic graphs, HTTP server integration, and support for IPv4/IPv6. Ideal for system administrators and cybersecurity aficionados, it's designed to enhance network management and ensure compliance with privacy laws.

This article on LinuxBash.sh offers an in-depth guide to using the netstat command on Unix-like operating systems for managing and monitoring network connections, routing tables, and interface statistics. It covers installation on various Linux distributions like Debian, Ubuntu, Fedora, and openSUSE, and provides practical usage examples and links for advanced learning. Despite newer tools, netstat remains valuable for its simplicity and accessibility.

The blog post on LinuxBash.sh titled "vnStat: Network Traffic Monitoring" serves as a comprehensive guide to using vnStat, a lightweight tool for monitoring network traffic on Linux. It outlines installation methods across different Linux distributions and details vnStat's features like real-time traffic monitoring, detailed reports, and effortless setup without needing administrative rights. The article also includes steps for initiating vnStat and setting up automated reports, making it a valuable resource for network administrators and individuals monitoring their internet usage.

Learn to monitor network bandwidth using `iftop`, a real-time, console-based tool ideal for Linux users. The article provides step-by-step instructions on installing `iftop` across various distributions using apt, dnf, and zypper, and covers starting the tool, selecting an interface, and interpreting traffic data to manage and troubleshoot network performance effectively.

Discover how to effectively manage network traffic with `iftop`, an essential command-line tool for system and network administrators. This guide covers everything from installation across several Linux distributions to detailed usage techniques. Gain insights on real-time network bandwidth monitoring, with features like live traffic feed, network and port filtering, and alternating display modes to efficiently identify and tackle bandwidth issues for optimal performance.