A.I.L.E.E.N.N.'s Brain is an Electronic Emulation of the human brain replicating a Neural Network. Neurons and Synapses are represented by Polymorphic Object Oriented Multidimensional Map Space and Connection Vectors respectively. This Neural Network includes a Cortex for each type of abstract data becoming an Unsupervised Learning Convolutional Network. This constantly growing group of datasets become A.I.L.E.E.N.N.'s knowledgebase and every time a specific synapse is accessed it glows on a 3D working model representing the process of active thinking by exciting the neurons of a certain synapse in multiple abstaction layers autonomously. A.I.L.E.E.N.N. appears to be conscious when inputs of any kind are compared against it's neural network, matching and identifying with Fuzzy Logic algorithms and self-learning new patterns as unknown datasets are presented and analyzed by each one of the Cortexes. This identification of patterns along with specific rules, pre-set objectives, directives, accuracy and restriction parameters are used to identify any desired optimum working area. A.I.L.E.E.N.N. then presents recommendations, predictions, corrective actions and feedback as a closed loop control system but talking human language, thus, effectively showing the behavior of Artificial Intelligence. The polymorphic nature of A.I.L.E.E.N.N.'s Object Oriented Inheritance layers under unsupervised learning enable the processing of any pattern of any size and any dimension. Storing references, concepts, types, properties, values, 3D datasets, stereo images, audio, statistics, characteristics and classes all with inheritance properties in a polymorphic multidimensional abstract layers allows A.I.L.E.E.N.N. to receive, store, compare and identify datasets of any kind against it's current knowledge in memory and compare it to overtime and realtime behavior samples. This means that any given input like images, letters, numbers, words, paragraphs, sounds, video, contexts, trends and any dataset is learned, analyzed, identified and can be identified, predicted and controlled by A.I.L.E.E.N.N. The way this is achieved is by unleashing the processing power of multiple CPU and GPU cloud based clusters using multithreaded parallel processing on the code implementation and providing virtually infinite memory space for A.I.L.E.E.N.N.'s Brain to function over Cloud Based distributed processes and storage. A.I.L.E.E.N.N. is the next step for technology evolution, it's created as a result of applying many years of multidisciplinary expertise and the latest technology all this while thinking outside ANY box.

A smart companion with natural voice actions for productivity and social collaboration

Headquartered in Fort Lauderdale, FL, ClearCi is an award-winning software company with a mission to simplify how large organizations use information to stay relevant and more competitive. Launched in 2011, the company also provides consulting and research services that help business people across business units and roles make timely and more profitable decisions every day. ClearCi partners with executives from companies across many industries in over 20 countries around the world. The company was recognized Technology Leader of the Year by the Miami Chamber of Commerce in 2014, considered a Small Business Influencer in the Best App category in 2013, and won several cloud computing awards in 2012 at UpStart San Francisco.

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Next offers technology, a multiplicity of installations, lean software development, green company, and inclusion services. They have software such as IMPROVE 4.0 for manufacturing and ProLED for design and mechanical verification. These provide services like total digitalization, business intelligence, artificial intelligence, visual management services for manufacturing companies and route of the beaten points, line verification, line connection,and project output in electric lines.

mifitto GmbH is a supplier of innovative solutions for shoe and apparel retailers in distance and store-based retailing enabling individual and custom-fit size recommendations so that returns due to misfitting may be avoided. The technology, a joint development of Fraunhofer IIS, measures the size of the feet and the size of the shoes exactly and matches them.