Networking is the backbone of the digital world, enabling computers and systems to communicate seamlessly. This category explains how data travels through routers, switches, and cables to create reliable connections across local and global networks. You’ll learn about network design, protocols, wireless technologies, and security essentials. Understanding networking helps you see how every online interaction, from emails to cloud services, depends on strong infrastructure. It’s the unseen framework that keeps the Internet alive and connected.


Explore how computers in the client-server model enable efficient data management and…
Guide to defining and operating the Server Role using Microsoft NPAS (Network…
A DMZ isolates public-facing services from the internal network, limiting exposure and…
Simplex communication sends data one-way from transmitter to receiver without feedback. It's…
Explore Class of Service (CoS) — a practical approach to network traffic…
LLDP provides standards-based neighbor discovery at the data link layer, enabling switches,…
ACKs confirm successful receipt of data packets, enabling retransmission of lost frames…
PEAP (Protected Extensible Authentication Protocol) secures Wi-Fi by encapsulating EAP within an…
Coded Orthogonal Frequency Division Multiplexing (COFDM) combines OFDM’s orthogonal subcarriers with forward…
WAPI (WLAN Authentication and Privacy Infrastructure) is a Chinese WLAN security standard…
AWS Application Load Balancer enhances business performance with intelligent traffic routing, auto-scaling,…
Network management delivers reliable, secure, and efficient operations via monitoring, configuration, fault…
Understand network availability: core concepts, key metrics (uptime, MTBF, MTTR), measurement methods,…
SS7 attacks exploit trust and weak authentication in the global signaling network…
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