Fata Morgana

The Fata Morgana by Pocket Virtuality, a. s. is an advanced augmented reality solution designed to cater to the diverse needs of small to large enterprises. According to the vendor, Fata Morgana serves as a versatile tool for various industries and professions, including manufacturing, architecture, sales, training, and remote assistance. The product aims to unlock the potential of augmented reality in business operations.

Key Features

Layouting: According to the vendor, users can import data and view it in real size, potentially saving time and money by easily determining the placement of machinery or rearranging items. The product also allows users to collect valuable feedback from stakeholders and make changes in real-time.

Training: The vendor claims that Fata Morgana offers animated holographic tutorials to enhance learning efficiency and reliability. Users can also create their own tutorials by importing data and animating it in minutes. The product is said to provide interactive augmented reality experiences to enhance training effectiveness.

Sales: According to the vendor, Fata Morgana enables users to showcase machinery anywhere using augmented reality, eliminating space limitations. Users can deliver customized sales presentations with their entire portfolio at their fingertips. The product is claimed to attract attention and potentially serve as a powerful sales tool.

Remote help: The vendor states that Fata Morgana allows users to transmit live video from the Hololens camera and enhance the experience with a digital copy of the space. This is said to reduce the time spent on understanding the situation and increase the time available for providing assistance. Users can have important context and position information to better help remote users.

Quick scan: According to the vendor, Fata Morgana enables users to use the Hololens headset as a quick and easy 3D scanner. Users can simply walk around the object and let the product handle the rest. This feature aims to overcome the challenge of obtaining 3D models for industrial machinery.