June 23, 2024

Boyce Doyscher

Revolutionary Software

Edge Computing, What Is It And Why You Should Care?

6 min read

Introduction

Edge computing is a term that refers to the processing and storage of data close to where it is collected. In addition, edge computing is referred to as on-premise, near-edge or even near-cloud computing. Edge Computing still exists but network computing (also known as “distributed” or “decentralized” computing) has been created as an alternative model for processing data at the edge of networks rather than in centralized cloud locations.

Edge Computing is a term that refers to the processing and storage of data close to where it is collected.

Edge computing is a term that refers to the processing and storage of data close to where it is collected. It’s also known as fog computing or FOG computing, after the foggy weather conditions in which you can’t really tell where the land ends and the sky begins.

Edge Computing is often used in reference to IoT (Internet of Things) devices, which collect data from sensors on devices like smartphones, cars and home appliances. This information can be used by companies to improve their products and services through machine learning algorithms. For example: if your smartphone has an accelerometer sensor built into it then when you shake your phone at night while sleeping with earphones plugged into your ears it could detect this motion as a sign that someone needs help getting out of bed without waking them up fully!

It’s also known as fog computing or FOG computing, after the foggy weather conditions in which you can’t really tell where the land ends and the sky begins.

Edge computing is a term that refers to the processing and storage of data close to where it is collected. It’s also known as fog computing or FOG computing, after the foggy weather conditions in which you can’t really tell where the land ends and the sky begins.

For example, when you upload a photo from your smartphone camera to Facebook or Instagram, those services don’t store that image on their servers; rather, they make copies on each device (your phone) so users can view them locally when needed.

In addition, edge computing is referred to as on-premise, near-edge, or even near-cloud computing.

In addition, edge computing is referred to as on-premise, near-edge, or even near-cloud computing. Cloud computing still exists but network computing (or what’s called “distributed” or “decentralized”) has been created as an alternative model for processing data at the edge of networks rather than in centralized cloud locations.

Edge Computing vs Centralized Cloud Computing

In centralized cloud computing data is processed at one location and then stored in another location where it can be accessed by users through a remote connection (like the internet). This means all of your information must travel over this connection before reaching its destination–and this can take time! In contrast with Edge Computing which allows you access directly from where your device is located without having to go through any kind of middleman such as a server farm somewhere else online; thus saving time!

Edge computing takes place at the edge of a network (i.e., close to its point(s) of origin) and generally refers to a subset of cloud-based technologies.

Edge computing is a way of distributing the data processing and storage closer to where it’s needed. It’s not a new concept, but one that has been gaining momentum over the last few years as cloud computing has matured.

Edge computing should not be confused with edge devices such as smartphones or tablets–although those are examples of edge devices in some cases. Edge computing refers to how applications run on servers located outside traditional data centers and closer to the source of information, whether that’s at home or in another office building across town (or even across state lines).

Edge Computing vs Cloud Computing:

  • Distributed vs Centralized – The difference between distributed systems and centralized systems is important when considering how we might use them in our daily lives as well as business practices such as manufacturing processes where multiple parts need assembly before being sold out into markets worldwide through various distribution channels .

Cloud Computing still exists but network computing, or what’s called “distributed” or “decentralized” computing, has been created as an alternative model for processing data at the edge of networks rather than in centralized cloud locations.

Cloud computing still exists but network computing, or what’s called “distributed” or “decentralized” computing, has been created as an alternative model for processing data at the edge of networks rather than in centralized cloud locations. Cloud-based technologies are often used for edge computing purposes and vice versa. Edge computing is more than just a subset of cloud-based technologies; it can use multiple types of infrastructure (public clouds, private clouds and bare metal servers) across geographical locations to help solve specific problems within your organization’s system architecture

Processing data closer to where it resides provides significant advantages over sending everything back into the cloud first because it reduces latency in delivering results; reduces costs associated with transporting large amounts of data across long distances over expensive links; improves reliability by reducing bottlenecks due to network congestion; enhances security by preventing unauthorized access across long distances by hackers; and allows firms to reduce their energy usage by reducing energy consumption required for backhauling massive quantities of data from remote locations.

Edge computing provides significant advantages over sending everything back into the cloud first because it reduces latency in delivering results; reduces costs associated with transporting large amounts of data across long distances over expensive links; improves reliability by reducing bottlenecks due to network congestion; enhances security by preventing unauthorized access across long distances by hackers; and allows firms to reduce their energy usage by reducing energy consumption required for backhauling massive quantities of data from remote locations.

Conclusion

Edge computing is a term that refers to the processing and storage of data close to where it is collected. It’s also known as fog computing or FOG computing, after the foggy weather conditions in which you can’t really tell where the land ends and the sky begins. In addition, edge computing is referred to as on-premise, near-edge or even near-cloud computing. Cloud Computing still exists but network computing (or what’s called “distributed” or “decentralized”) has been created as an alternative model for processing data at the edge of networks rather than in centralized cloud locations

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