May 23, 2024

Nila Petersheim

Smart Applications

Edge Network | Definition & Faq

Introduction

You may have heard about edge computing and wondered what it is or whether your company needs it. We’re here to help you understand this important new technology and how it can benefit your business.

We’re here to help you understand what edge computing is and how it can benefit your business.

Edge computing is a new way to think about how to build and deploy applications. It’s about being smarter about where you deploy your data and applications, so that you can provide a better experience for the end user.

Edge computing is about moving the processing closer to the user, which means deploying it at the network edge (or even inside their devices) rather than in centralized cloud data centers or back-end systems.

What is Edge Computing?

Edge computing is the processing of data at the edge of a network. It provides several benefits over traditional cloud computing, including improved security and reliability, reduced latency and cost savings.

Edge Computing is the next step in the evolution of cloud computing, where data processing takes place close to where it’s needed rather than being sent back to centralized servers that are often located far away from users’ devices such as smartphones or IoT devices like sensors embedded in machinery.

Why does my company need Edge Computing?

  • Faster time to market. The speed of development and deployment are critical, especially in today’s fast-paced world. Edge computing allows developers to test their applications before deploying them on the cloud, which can save time and money by reducing the need for expensive testing environments and infrastructure.
  • Reduced latency. Applications that rely on data from remote sources will experience less delay when accessing that information through an edge server instead of going through a centralized server farm or data center (DC). This is because there is no physical distance between them; they’re connected directly via high-speed networks such as 5G cellular networks or Wi-Fi hotspots created by smartphone users who are sharing their bandwidths with nearby users.* Improved security & performance: With this architecture approach there’s no need for any sensitive data being stored outside your organization’s premises – so there’s no risk involved in having some third party holding onto it either! This means less chance of someone stealing sensitive info – plus fewer worries about hackers breaking into their systems too…

How does Edge Computing work?

Edge computing is a new approach to the way data is processed and managed. It uses a distributed computing model that takes place close to the source of data generation, rather than sending everything back to a centralized location for processing.

Edge Computing has been around since 2001 but only recently gained traction due to advances in technology such as 5G connectivity, IoT devices and edge cloud infrastructure providers like Amazon Web Services (AWS).

The main benefits of edge computing include:

  • Reduced latency due to closer proximity between users and applications/services
  • Lower cost because there’s no need for expensive storage or communication infrastructure

What are the benefits of edge computing?

In addition to reducing latency, edge computing can also help you reduce the costs associated with data transfers. In a traditional cloud model, data is often transferred from one location to another–a process that incurs additional charges. With edge computing, however, you can send information directly between devices without having to pay for an intermediary server or other service provider.

Edge computing also offers increased security and privacy benefits over traditional cloud architectures because it reduces reliance on third-party systems that may not be secure enough for your needs. This means fewer opportunities for hackers to access sensitive information about your customers or employees’ personal data (such as Social Security numbers). Additionally, if an attacker does manage to penetrate an edge network’s defenses, he’ll only get access to local resources–not everything stored in his target company’s main database back at headquarters!

Is the cloud always better?

The answer to this question is no.

Edge computing has a number of benefits over cloud computing, but it also comes with some downsides.

Benefits of Edge Computing:

  • Faster processing times for data analytics tasks because they don’t have to be sent back and forth between your computer and remote servers in the cloud. This means that if you’re trying to analyze large amounts of data in real time, such as something from an autonomous car or drone camera feed, edge computing will perform better than cloud-based services like AWS or Azure because there isn’t as much latency (delay) between sending information from one place and receiving it at another location.

The edge will shape everything from mobile app development to in-store retail experiences.

As the name suggests, edge computing is a distributed computing model that uses the edge of a network (hence “edge”) to process and store data. The benefits of this approach are many: it allows for faster response times; enables new business models; and reduces latency by allowing processes to be distributed across several locations instead of only one central location like you would find with cloud computing.

Edge Computing also goes by another name: fog computing–a term coined by Cisco in reference to how foggy skies keep things cool but don’t block out all light from above them (i.e., there are still rays coming through). Fog networks work similarly: they act as bridges between devices/sensors at different levels within an organization’s infrastructure while still providing access to cloud-based resources when needed.*

Conclusion

The edge is an exciting new frontier in computing, and it’s one that will shape everything from mobile app development to in-store retail experiences. The benefits of edge computing are clear, but there are still many questions about how the technology will be used and what its limitations might be. With the right tools and expertise, however–and this guide!–you can get started on building your own edge today.