Edge computing may revolutionize the way we generate data. Read on to learn how this new technology can change the way businesses operate.
From the time humans discovered how to make fire, technology has evolved to make our lives safer, easier, and more enjoyable. IT infrastructures, in particular, are evolving at a breakneck pace, with new architectures usurping the old. Cutting-edge is the name of the game, and edge computing delivers on that promise in a big way.
From smartphones to NASA’s supercomputers, modern technology creates and processes an inconceivable amount of data at a harrowing pace. Many of us remember being fascinated by the speed of dial-up internet and floppy disks. Yet, even the massive, room-sized computers created in the 90s would be hopelessly outclassed by any of today’s entry-level smartphones or laptops.
Like it or not, we live in an endlessly expanding universe of data. Toddlers waddle around with smartphones in hand, and businesses are constantly scaling up their IT infrastructures to meet the demands of an evolving customer base. In 2017, the Economist stated that data eclipsed oil as the most valuable resource on Earth. Ironically, only a sliver of the world’s data is processed into useful information. Edge computing seeks to elevate data processing to remarkable heights.
The sheer volume of data entering the maelstrom demands new processing power. On paper, edge computing will be able to process enormous amounts of data in real-time, 24/7, the world over. New apps will make light work of complex tasks, enabling communication, coordination, and collaboration like never before.
So, why isn’t edge computing already here? While modern hardware and software are certainly able to support it, we have to figure out how best to deploy this new technology. It would be costly and inefficient to place the burden on individual businesses. More likely, the baton will be passed to third-party providers who will integrate edge capabilities alongside cloud services. Telecom leaders such as AT&T are already making moves. By integrating edge data centers into their cellular stations, they will soon be able to deliver a brand new service to the public.
The three main ingredients of edge computing are architecture, low latency, and high bandwidth. The hybrid edge-data centers can read data locally and then write it to remote devices. Early adopters will help standardize and improve edge data processing and service delivery. The end goal is low-latency global computing that can easily adapt to changing IT infrastructures. Edge will ideally be able to collect, organize, and transfer data from any device on the Internet of Things.
Technology is primed to elevate edge computing to the altar of mainstream usage. Early adopters will seize a competitive advantage, driving productivity and growth more efficiently and effectively than ever before. As edge becomes more standardized, enterprises across the globe will reap the benefits, ultimately changing the way we create and consume.