June 20, 2024

Bree Bolender

Tech Advancements

Edge Computing: Coming To A Network Near You

Introduction

You’ve probably heard a lot about edge computing lately. And it’s not just the name of a fictional technology company or product that doesn’t work as well as it should. Edge computing is a real thing, and it could be coming to your network—or already has. But what exactly is edge computing? How does it differ from cloud computing? And why is it important?

Edge computing is the new big thing in data processing.

Edge computing is the new big thing in data processing. It’s a new way of processing data that runs counter to traditional methods, which have relied on centralized storage and management. In other words, it’s the opposite of cloud computing and centralized data storage.

Edge computing is growing in popularity because it can help you solve problems that were previously unsolvable due to latency issues or bandwidth limitations. For example:

  • You’re trying to build an autonomous vehicle but don’t have enough bandwidth between your car and its sensors (cameras) installed around town–so now they’re sending info through LTE networks instead! * Another example would be if you wanted all your employees’ phones connected via WiFi instead of cellular service so they could work together seamlessly while traveling through airports or riding public transportation systems like buses or trains

The Cloud isn’t always the best option for data processing

The cloud is a great solution for many problems, but not for all. Cloud computing can be expensive, slow, insecure and difficult to scale. When you need your data processing done right now, it may make more sense to bring the processing closer to where your data lives–on edge devices located within close proximity of one another or even on your own premises!

The benefits of edge computing

Edge computing offers a number of benefits. For one, it reduces latency and improves performance. With traditional cloud-based services, you have to send your data over long distances before it reaches its final destination. This means that there are several points where your data can get delayed or even lost during transmission (e.g., when it goes through public networks).

With edge computing however, your device performs all processing directly on site so there is no distance between the user and their data–or rather between the user’s device and service provider’s server farm or data center which means less time spent waiting for responses from these remote locations

What is Edge Computing?

Edge computing is a new way of processing data. It doesn’t refer to a new network or separate device that you need to buy, but rather it’s a way of using an existing network in a slightly different way.

Edge computing involves processing data closer to the source of the data, which means that it can be done faster and more efficiently than traditional methods. This is especially helpful when dealing with real-time information like sensor readings from IoT devices or video streams from cameras on factory floors or in warehouses–you don’t want your system bogged down by having all those bits pass through multiple layers of servers before being processed!

Edge Computing vs Cloud Computing

The difference between edge computing and cloud computing is that edge computing leverages local resources to optimize performance and reduce latency. This can be done by moving some of the data processing tasks closer to where it will be used, as well as caching some information locally.

Cloud computing refers to a type of distributed computing model, whereas Edge Computing refers specifically to the use of cloud technology at the edge (e.g., on mobile devices). Cloud computing provides ubiquitous access to shared pools of configurable resources that can be rapidly provisioned with minimal management effort, often over the internet

How Does Edge Computing Work?

Edge computing is the process of processing data at the edge of a network, or close to its source. This can be done in real-time, which means that results are available immediately after they’re needed. It also means that there’s less need for expensive back-end processing and storage because you don’t have to send all your data back to HQ–you can just keep it local.

Edge computing involves sending information over long distances using fiber optic cables or other types of transmission media (wireless). The data travels from one node on a network to another until it reaches its final destination–at which point it may be processed further before being sent off again towards its next stop along this journey through cyberspace.

It’s an exciting time for IT, and you could be part of it

Edge computing is an exciting time for IT, and you could be part of it. If you’re looking for a career that’s in line with the future of data processing, then edge computing might be right up your alley.

There are plenty of job opportunities available right now if you want to work with this new technology. Here are some tips on how to get started:

  • Investigate the different types of edge computing solutions that exist today–and consider how they might fit into your company’s needs.
  • Learn more about how edge computing works by taking classes at local universities or community colleges where they offer courses related to this topic (or even just attend an event nearby).

Conclusion

Edge computing is the new big thing in data processing. It’s an exciting time for IT, and you could be part of it. If you’re looking to get into edge computing, then check out our free eBook on how it works and why it matters: https://edgecomputing.org/learn/