Cuebiq S.r.l.

Ulysses Medical Technologies, Inc.

Antonio Tomarchio

Walter Ferrara

William Nespoli

Filippo Privitera

Giulio Bider

Danilo Giuffrida

Emanueldomenico Sangregorio

Shane Wiley

Carmelo Vecchio

Francesco Guglielmino

Marco Funaro

Giovanni Cassarini

Zachary David Cohen

Francesca Comi

A system may include a first sensor element comprising an accelerometer. A system may include a first communications interface. A system may include a second sensor package comprising. A system may include a second sensor element comprising an accelerometer. A system may include a second communications interface, wherein the first sensor package is configured to be disposed in a reference position, wherein the second sensor package is configured to move relative to the first sensor package, wherein the first communications interface is configured to enable electronic communications with at least one of the second sensor package or a computer system, wherein the second communications interface is configured to enable electronic communications with at least one of the first sensor package or the computer system.

Systems and methods for surgical tracking and prediction

A method and system for blurring location data. Location data indicating a location of a mobile device and a user identification associated with the mobile device is received. Prestored data indicating a plurality of entries is accessed, each entry having a respective stored location associated with a corresponding location status. In response to an entry in the prestored data including a stored location corresponding to the location of the mobile device indicated in the location data, a derived location of the mobile device is generated based on the corresponding location status of the stored location, wherein the derived location is less accurate than the location indicated in the received location data. The derived location of the mobile device is stored in a mobile device location log associated with the received user identification.

Methods for location-based identification blurring

The present disclosure is directed to a method of enabling an application programmed on a mobile device to collect data. The application may operate in the background of the mobile device and be temporarily activated, and may be capable of collecting data while activated. The method may include receiving location data indicating a current location of the mobile device, generating a set of custom virtual borders around the current location, and instructing an operating system of the mobile device to temporarily activate the application when the mobile device crosses one or more of the custom virtual borders. The method is repeated upon temporary activation of the application, such that an updated set of custom virtual borders is generated when the mobile device crosses one or more of the previous custom virtual borders.

Systems and methods to collect location data by using a dynamic geofencing methodology

Growing community of inventors

New York, NY, United States of America

Antonio Tomarchio