Summary  
This chapter covers implementing code to collect, analyze, and monitor performance metrics—such as bandwidth usage, latency, packet loss, and uptime—and to automate threshold-based alerts for proactive issue resolution.

General domain of usage  
Network administration

Monitoring network performance is essential for ensuring a smooth and efficient network. It involves tracking key metrics such as bandwidth usage, latency, packet loss, and uptime to maintain optimal functionality. This proactive approach allows network administrators to anticipate and resolve issues before they disrupt users.

Effective network monitoring should encompass these metrics. Tools like SolarWinds, PRTG, and Zabbix allow administrators to customize dashboards displaying network health, set performance thresholds, and automate alerts for potential issues. These advanced monitoring tools provide insights into traffic patterns, enabling administrators to optimize resource allocation and address bottlenecks.

What does bandwidth monitoring help prevent?

Verkkotekniikan perusteet on kattava kurssi, joka on suunniteltu aloittelijoille ja keskitason oppijoille, jotka haluavat kehittää käytännön taitoja verkkotekniikassa. Kurssi kattaa kaiken perustavanlaatuisista käsitteistä edistyneisiin sovelluksiin ja käsittelee keskeisiä aiheita, kuten verkkotyypit, IP-osoitteet, protokollat ja verkkoturvallisuus. Kurssin lopussa hallitset olennaiset taidot verkkojen vianmääritykseen, suojaamiseen ja hallintaan, mikä luo vankan pohjan jatkoerikoistumiselle verkkotekniikassa.

Learn about the history and evolution of networking technologies and how modern communication systems rely on networks. This section provides a comprehensive overview of how devices communicate and share resources efficiently across different types of networks.

Discover the fundamental role of IP addressing in identifying devices on a network and how subnetting helps optimize network efficiency. This section covers the basics of IP addressing, introduces subnetting techniques to segment networks, and explores how these concepts contribute to smooth communication across connected devices.

Explore the foundational rules and protocols that govern how data is transmitted and received over networks. This section delves into essential networking models, such as the OSI Model and the TCP/IP Model, while covering widely-used protocols like HTTP, FTP, and DNS. Understanding these protocols ensures that devices communicate effectively, regardless of their underlying technologies, creating seamless interactions between global networks.

Learn how to protect networks from cyber threats by implementing essential security measures. Explore firewalls, intrusion detection systems, and encryption techniques to safeguard data. This section also covers securing both wired and wireless networks, helping you maintain robust network security in various environments.

Discover the essential tools and techniques used to diagnose and resolve network issues. Learn how to identify and address common network problems, monitor performance, and ensure networks are running optimally. This section will also cover best practices for maintaining a network and keeping it secure.

Monitoring Network Performance

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Monitoring Network Performance