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The paper aims at the development of an open-source, platform independent and artificially intelligent virtual screen technology -- 'iCrux'. It proposes state-of-the-art architecture of a novel virtual screen technology, capable of turning any computer powered screen into an artificially intelligent virtual screen. iCrux Technology enables a user to interact with the operating system and operate the computer using fingers, thus making the need for any hardware input device obsolete. The fingers are virtually linked to the mouse pointer on the screen and fully capable of performing any mouse operation. The paper describes the impeccable design of iCrux Technology designed to operate in unknown, random, non-plain, changing environment. A comprehensive artificial intelligence module built into the technology constantly monitors the changing environment and can respond and adapt intuitively, making the system highly robust and suitable for seamless deployment into any computer system. The proposed technology has been implemented and tested by our research team using real-time video processing and a single camera. In extension to this technology, the researchers have engineered several new artificially intelligent applications including character recognition in virtual screen technology, real-time face recognition system with dynamic training and enhanced multi-algorithm face recognition along with many more incredible features bundled into a platform independent package -- ' iCrux '.