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The Kardashev Scale ranks civilisations based on how advanced they are… and, according to Carl Sagan, humans are currently Type Zero! So, what would happen if humanity reached Type I on the Kardashev Scale? What sorts of technologies would be available to us? And how different would our lives be? In this video, Unveiled finds out…

This is Unveiled, giving you incredible answers to extraordinary questions!

Find more amazing videos for your curiosity here:
What If Humanity Was A Type III Civilisation? — https://www.youtube.com/watch?v=jcx_nKWZ4Uw
What If Humanity Was A Type I Civilisation? — https://www.youtube.com/watch?v=DGB7hPX0wc0

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Leaving a vulnerable system unpatched can invite troubles for an organization. The issue can turn worse when the organization suffers a cyberattack that can result in, but not limited to, compromise of confidential data, DDoS attacks or stealing of customers’ details.

According to a report released by Recorded Future, it has been found that the same vulnerabilities kept showing up year-after-year. An interesting aspect of the report was that most of these vulnerabilities were found to be exploited via phishing attacks and exploit kits that specifically target flaws in Microsoft products.

Once, single-cell life claimed sole dominion over the earth. For some three billion years, unfathomable generations of unicellular organisms ate, grew and reproduced among only each other. They evolved into predators and prey, thrived and spread across the primordial waters and land, and formed complex and dynamic ecosystems in every ecological niche on the planet. Around 600 million years ago, some even crossed the threshold into multicellularity.

Today, however, single-cell organisms are synonymous with notions like primitive and simple. Yet, new research suggests that they may be capable of much more than their very distant human cousins might suspect.

In an effort to replicate an experiment conducted over a century ago, systems biologists at Harvard Medical School now present compelling evidence confirming at least one —the strikingly trumpet-shaped Stentor roeselii—exhibits a hierarchy of avoidance behaviors.