AMT technology is a technology that forms bright, clear images in the air by comprehensively optimising various optical factors, such as the light source monitor and optical plate, in accordance with the operating environment. Methods to form image images in the air have existed for a long time, such as combining retroreflective plates and half mirrors or using orthogonal mirror arrays, but it has been difficult to form images in the air that are as bright and clear as those on current flat panel displays (FPDs). AMT technology not only improves the quality of the optical plate, but also reviews the device structure of the light source (the display that produces the image), which is the basis of image quality, and suppresses the compound factors that degrade image quality, such as moire, stray light and false images that occur with high brightness, from within the structure. The structure is controlled from the inside. At the same time, the optics have been optimally tuned to produce bright, clear aerial images in any operating environment, from small to large sizes. The development of this technology will dramatically enhance the usage scenarios for aerial imaging technology, which until now has been mainly used for non-contact switches. In the future, we will work on new aerial imaging methods, including a quantum mechanical approach that is one step ahead, with the aim of achieving even higher image quality.

Our approach to clear aerial images is an area that no one has tackled before. We are developing tracking methods unique to clear aerial imagery, based on sensors using infrared and various types of imaging. We are also planning to use special lenses for sensing, and in the future we aim to develop a unique device for aerial computers.

Linking projected objects with tracked gestures opens up a world of expression. Creating gestures that are best suited to the object lays the foundations for new interfaces. This is a future-oriented development in the universal domain, including differences in everyday habits and languages around the world. (Aerial computing logo gesture)