MUGOYA DIHFAHSIH

As open source projects  continue to thrive  with increasing momentum, even large corporations like Google, Microsoft, and Facebook are adopting such projects of their own. Contrary to the direct opposition faced by pioneers of early open source projects, today most open source developers are hailed in high regards within the community. Thanks to the smart implementation of most popular programming languages, open source development has turned the tide on its favor. The open source ecosystem has become massive, thanks to the ongoing contribution of loyal community members. Long gone the days when big corporations used to incorporate personalized computer programming languages and techniques to curate their proprietary projects. Today, most commercial applications are being fueled by more than one opensource technologies. And as the  scope of opensource projects  continues to increase, we’re seeing a lot of experimentation aimed at breaking the traditional boundaries of the top prog

Software exists to make things we want to repeat -- in the exact same manner, time after time -- easy to access. When I press the “W” key, I expect a bunch of pixels to be placed on the screen in the shape of a W. I want this response to occur every time. Letters are then organized into words, then into sentences and then Microsoft Word. All highly stable, repeatable methods that are tried and true, wrapped in a user interface (UI) that makes it easy to access every repeatable routine. Even the way in which change is made is very slow, thoroughly tested and primarily focused on stability over the speed of change. It is all well and good to enable blue text, but it would be terrible if pressing the keys for a blue W outputted a Z. None of these aspects describe anything in cybersecurity. Cybersecurity is warfare, strike and counterstrike. It's chaotic and continuously changing. Products = Stable, repeatable methods Enterprise = Optimized, stable operations Cy