Posts Tagged “163 zettabytes”
To say I was “blown away” by a recent editorial in NoCamels.com by Yaniv Garty, General Manager of Intel Israel, is a frustatingly cliche due to the poverty of English usage as it exists today. And it wasn’t Garty’s predictions of what the world could look like by 2025 that captured and downright agitated my imagination (in a way I enjoyed). Sure, his IT prophecies are all plausible among numerous pundits, evangelists, and visionaries. Nope. It wasn’t that.
It was the data, specifically the vast quantities of data being generated, even right now. Consider these three incredible facts:
- Of all the data created since the beginning of civilization, 90 percent of it has been generated in the last 2 years.
- By 2025, total data will reach 163 zettabytes. You probably never heard of a zettabyte, and you may want to pause before you attempt to digest it. 163 zettabytes is 1,000 Billion terabytes. Even with the comparison, I still find it incomprehensible.
- Only 1 percent of all data has been accessed in any meaningful way.
Garty, who is charged with growing Intel’s hardware for IT ecosystem of the future, has a lot to think about, namely…
Artificial Intelligence (AI), and how it can begin to mine the 99 percent for, among other things, greater insights and predictive measures. Intel already has its eyes on the medical field with aspirations to provide tailor-made solutions for each patient, perhaps and beyond, like unique biological and genetic characteristics.
Another good example is the interface between data and transportation: The potential of saving lives by lowering the number of accidents made possible with autonomous driving is incredible. But to reduce accidents we need a combination of technologies working together – from computer vision to end-computing, mapping, cloud, and of course AI. All these, in turn, require a systematic change in the way the industry views data-focused computing and technology.
My personal take is that the IT ecosystem of the future will more and more resemble the different executive and subordinate functions of the human brain with neuroscientists and computer scientists conspiring to construct the greatest monster even seen: one giant decentralized and interdependent mega-brain.
In the next segment of this series, we will consider the moral and religious implications of this almost godlike monstrosity.