The way information is being delivered, processed, and handled is being transformed by edge computing. The rapid growth of the internet of things is helping to drive edge-computing systems.
Faster network technologies are helping these systems speed up the support or creation of real-time applications. This includes robotics, artificial intelligence, self-driving cars, and video analytics and processing.
But what is gif computing? And why is it so important? We’re glad you asked.
Keep on reading and we will take you through everything you’ll want to know.
What Is Edge Computing?
Edge computing can be described as a part of a distributed computing system where data is processed closest to the edge. The edge is where people and things consume or produce that data.
At its most simple level, edge computing brings data storage and computation closer to the machines where it is being collected, as opposed to cloud computing where the central location can be very far away.
This is done so that information, especially real-time information, doesn’t suffer from latency issues that could affect the performance of the application. Also, businesses can save money when they have the processing done locally. This is because they can reduce the amount of information that needs to be processed in a cloud-based or centralized spot.
Edge computing was developed because of the exponential growth of IoT devices. These devices connect to the internet for either receiving data from the cloud or delivering information back to the cloud.
Why Is Edge Computing Important?
For a lot of businesses, they might choose to adopt edge computing simply for the amount of money that they can save. Companies that turn to cloud computing may be surprised by how much they end up spending on bandwidth.
However, the biggest advantage of edge computing is the ability to store and process information faster. This allows for more efficient real-time applications that are necessary to companies.
Before edge computing, a smartphone that scanned a person’s face would have run its algorithm through a cloud-based service. This would take a lot of time to process.
When it comes to edge computing, the algorithm can run locally, which gives increased speed and power to the device.
Self-driving cars, where decisions need to be made instantly, utilize edge computing to its fullest potential.
Medical devices and drones also make use of edge computing. While edge computing may not be the best option for everyone, it is certainly worth one’s consideration. Of course, it’s important that you work with a reputable edge computing company, such as edge computing with Hivecell.
The Importance of Knowing What Is Edge Computing and Why It’s Important
Hopefully, after reading the above article, you now have a better idea of what is edge computing and why it’s important. As we can see, edge computing can help enterprises develop real-time applications with faster performance, increased storage, and at lower costs.
Are you interested in reading other helpful articles like this one? If so, then check out the rest of our site today for more!