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What Is Network Edge Computing?

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What is edge computing mean, computing? It is the collective term for several open-source computer services such as cloud computing, software as a service, and virtualization. edge computing is also a rapidly growing collective computing paradigm that brings data storage and computation closer to the point where it’s needed, to further increase response speeds and save on bandwidth. In other words, this new paradigm centers on the delivery of services from the point of origin to end using anything from a single network connection to a specialized hardware virtual machine. This allows us to scale up and down the number of resources we need, without affecting service quality or end-to-end user experience. With the right hardware and the right software, this new delivery can bring massive benefits to businesses of all sizes.

We already know what edge computing means, but what does it entail in practice? The idea is simple: instead of relying on expensive dedicated servers and network equipment to deliver our data, we can leverage the power and speed of the internet, using low-cost, high-speed devices connected through the web to run applications. A web server and a few fast computers form the “edge.”

There are many ways to implement this concept, but one common method is to use specially configured web hosting for centralizing processing resources and providing access to large pools of low-cost, high-speed devices. Some of these machines are probably even within your own home or office already. Your internet of things (IoT) may be an old cell phone or a PDA. Or maybe you have a tablet computer. All these devices will become part of the edge computing interface and will contribute to your digital presence by way of data near instantaneously.

Another way to think about edge computing is to consider how new applications are made available over the internet. For example, just as social networks allow individuals to share photos, files, and comments, so too does the cloud computing interface. Companies like Amazon Web Services offer a rich environment for real-time processing data on, on-demand basis.

Applications are usually developed on the servers of large cloud computing providers. The advantage is that customers only pay for what they need, and thus the companies can scale up and down as needed. This is much different than traditional computing environments, where hardware and software upgrades mean large up-front costs. With on-demand billing, developers only pay when their application starts generating revenue, or when they pass a specific performance benchmark. Thus, on-demand computing reduces capital expenditures, while increasing efficiency.

We are still at the early stages of implementation of this technology, but already there are some notable gains. Google has already demonstrated plans to support Google Fiber, the high-speed internet initiative, which will compete with Verizon’s FiOS. AT&T’s U-verse fiber network also offers edge computing opportunities to subscribers. Microsoft has recently announced its plans to develop a cloud-based operating system, to make it more accessible to businesses. Apple has also said it is working on a network edge computing platform for the car.

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