This is a productivity monitoring and control model for sales outlets based on the profitability of the single product.
This is an interactive and dynamic communications system, capable of monitoring customer buying patterns and personalizing offers.
The software, by means of an algorithm of correlation between different applications (video, interactive stations, management software) allows the monitoring of the dynamics within an area and suggests process improvements.
This tool correlates data from the economic-financial-monetary cycles, on a weekly basis, integrating lead information coming from different kinds of management systems, giving “real time” information on the rolling cash flow.
This system, customized for the Futura network of supermarkets, aims to provide a innovative shopping experience for loyalty card holders and non card holders who interact with it. The system interacts with the consumer in a dynamic way by monitoring customer buying patterns and personalizing services offered.
This system is for monitoring the performance of operators who are involved in removing out of date stock and re-stocking shelves, and for the planning of work hours in order to meet the required objectives.
System for shelves’s analysis of a point of sale
It is a method and system for the process control through the use of multisensorial analysis.
One of the inputs of the system is the information collected by narrative cart.
It ‘s a system for detecting emotional , behavioral and psychological individual’s states. Among the application areas it’s reported the works with high responsibility to third parties (the stress tests / anxiety for pilots, drivers, …).
It is a method for the localization of the objects by the use of computer vision and human machine interaction (alias-avatar approach)
This is a method, based on temperature, for the identification of the object’s position
Automated system for the identification and measurement of behavioral changes in an interlocutor in a limited area.
This is a system for the design and monitoring of phosphorescent technology by surveying light intensity, ultraviolet UV, temperature, humidity and chromatic radiation (checking the level of phosphorescent luminosity in real-time, working on given values in a time interval selected to monitor and forecast efficiency and activating alternative lighting).
This refers to a method which can identify the presence of nanotechnology on a surface without light or with black light thanks to a phosphorescent layer. The method gives feedback on the action of photocatalysis, evaluating the luminous emission of the phosphorescent layer, due to the presence of activated nano technology.
This refers to a system for the identification of pollution levels due to catalyzable compounds in an indoor environment by means of nano technology and for the monitoring of photocatalysis itself.
This is a method for locating objects in a particular area (e.g. sea-port areas, shopping centers, libraries, etc.) which allows the user to locate the object by means of a semantic network.
This model provides interaction with end customers at Sales Outlets giving assistance and direction.