This category covers the various technical aspects that make up the backbone of the Internet. Learn about the crucial components, how they work together, and their impacts on our digital lives.
The digital age has made leaps and bounds in fundamentally changing the way we live our lives. The internet has evolved from early telex systems to today’s virtually instantaneous exchange of data and information. However, as seamless as the end-user experience appears, it is facilitated by a complex set of ‘rules’ – internet protocols. From …
IPv4 has powered the internet for decades, and while IPv6 brings more addresses and features, it’s not always the clear choice for every situation. Some networks, applications, and devices still rely on the simplicity and compatibility of IPv4. In this article, we’ll break down the specific advantages of sticking with IPv4, even as the world …
Benefits of using IPv4 over IPv6 in certain situations Read More »
Introduction to IPv4 Multicast The rapid growth of the digital landscape has led to an ever-increasing demand for efficient data transmission methods. One such method, specifically designed for simultaneous data delivery to multiple recipients, is the IPv4 Multicast. Unlike the conventional Unicast, which targets a single recipient, or Broadcast, which inundates all devices in a …
Have you ever wondered how your device automatically connects to the internet without manually inputting some settings like IP addresses each time you access a new network? Your device’s ability to connect seamlessly is made possible primarily by a critical protocol known as Dynamic Host Configuration Protocol (DHCP). What is DHCP? Dynamic Host Configuration Protocol, …
When configuring a network, one crucial decision that needs to be made is how devices on the network will obtain their IP addresses. The two most common methods are Dynamic Host Configuration Protocol (DHCP) and static IP addressing. Both methods have their advantages and disadvantages, which makes it essential to understand their differences and appropriate …
DHCP vs. Static IP addressing: Understanding the differences Read More »
In its most fundamental sense, the Internet is a vast, interconnected system of networks, where information is shared digitally across the globe. One of the key components at the heart of this system is IP Transit. Understanding IP Transit is an essential step in gaining a wider understanding of the Internet structure. What is IP …
As digital communication expands and becomes more complex, efficiently managing network resources has turned into a crucial task for many businesses and corporations. The capacity to manage, monitor, and control internet protocol (IP) addresses can have a vital role in ensuring fast, robust, and secure connectivity across networks. This is where IP Address Management (IPAM) …
Border Gateway Protocol (BGP) hijacking is a form of cyber attack that threatens the very foundations of the internet. It exploits a chief component that manages how data is routed across the vast network of internet-connected devices. Understanding BGP Before we dive into the intricacies of a BGP hijack, it’s essential to understand what BGP …
Border Gateway Protocol (BGP) acts as the internet’s routing system, determining the most efficient path for data to travel from its source to its destination. Imagine needing to send a letter from New York to Los Angeles; BGP is like the system that decides whether the letter should go directly or make stops along the …
GeoIP is a technology used to determine the geographical location of a device connected to the internet through its IP address. Although often associated with MaxMind’s proprietary service, GeoIP has become a generic term for IP geolocation. Core Mechanism At the heart of GeoIP are databases that associate IP addresses with geographical locations. These databases, …
