How the cloud is evolving
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By 2025, it is predicted that the dimensions of this worldwide data-sphere are going to be 163 zettabytes. For instance, one zettabyte is just one trillion gigabytes. Imagine attempting to save this amount of information on paper — there could barely be any trees! Since e-commerce, social networking, and smart cities are still a focus in society, the bigger our information footprint becomes. When it’s files being ready in word processors and shipped around the planet, or automobiles getting GPS and weather info, how information is generated, viewed, shared and stored has been changed dramatically within the last ten years.
As technology continues to evolve, info is ditching paper and going towards the cloud. What exactly does a world with diminishing use of paper storage look like and why should businesses care? Millions of companies create more information every day and saving data on their premises means having to install additional physical databases to maintain all of that info. Imagine that info is a physical thing, such as, for instance, a book. To keep the book, we want something like a bookshelf. When the bookshelf is full, old books have to be thrown out, or a new bookshelf has to be bought. Finally, an organisation will arrive at a point where they no longer have room to put any new shelves. They’ve reached capacity but still want someplace to keep more books. Enter cloud storage.
Cloud storage has limitless possibilities and infinite storage capacity. An organisation may keep adding layers without any limitation to obtain as much or as little storage as they want, without having to factor in physical storage requirements. With cloud storage, the one bookshelf becomes bottomless, able to save as many books as an organisation wishes to put inside it.
If we are to work in a world that’s regulated by data, the biggest challenge we are facing now is the way to gain fast access to data while keeping its integrity, and security. With data storage, enormous quantities of information are in silos, separated from one another. In this state, data is there; however, it isn’t useful.
The solution is transferring data to information lakes which store mass quantities of data. Policy-based storage systems need to be designed for these data lakes that concentrate on resiliency, security and safety.
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