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Guides to help Improve leveling up in hard games
We all be there, as a noob. from arks noob island, too cyberpunks level difficulty. some games don't give enough info on where to go or...
Ryan Ervin
Dec 16, 20202 min read


Is Google Fit The Future Of Fitness Apps?
Remember how we talked about how our phones play a giant role in our life? Well, it's fair to say for a percentage of us anyway......
Adoniya Givon
Feb 5, 20211 min read


Zenimax Media Takes A Tough Loss
In this billion-dollar gaming industry, it isn't every day that a powerhouse company paves the way and structure of the industry in such...
Adoniya Givon
Feb 4, 20211 min read


Apples iOS Update Addresses Security Bugs
Our phones mean the world to us, we use them for every facet of life. From contacting our friends and family to trying to find that song...
Adoniya Givon
Feb 4, 20211 min read


What Exactly is "VR"?
Your adrenaline pumps as you tactically punch, stab, and shoot your way thru an endless map of angry red men with one goal in mind, to...
Adoniya Givon
Jan 28, 20213 min read


Living a life without worry on all dinero
Growing up in a poor neighborhood with a single mom was not, as they say, child’s play. Drinking and drugs and familial anarchy permeated the walls of our cockroach-infested House. Not to mention all the baggage that comes with that lifestyle: discontent, anxiety, uncertainty, depression. To add insult to injury, we were broke. Like, flat broke. Dead broke. Poor as church mice. I’d have to remove my shoes to count how many times our electricity got shut off at all of my plac
Ryan Ervin
Dec 23, 20203 min read


Daily: Tech-News
Practical deployment of Internet of Things (IoT) IoT is hot but there are not as many mainstream applications today as some predicted. We...
Ryan Ervin
Dec 18, 20202 min read


Daily: Game News
Unreal Tournament Weapon Bundle Unreal Tournament co-creators Epic and Digital Extremes collaborate for the first time in 16 years!...
Ryan Ervin
Dec 17, 20203 min read


More robust quantum systems?
Researchers, from the University of Cambridge, have shown that microscopic particles can remain intrinsically linked, or entangled, over long distances even if there are random disruptions between them. Using the mathematics of quantum theory, they discovered a simple setup where entangled particles can be prepared and stabilised even in the presence of noise by taking advantage of a previously unknown symmetry in quantum systems.
Ryan Ervin
Dec 16, 20202 min read




