System and method of monitoring an offender, defendant, or potential victim using multi-factor location verification
OwnerRobert Magalettainventor
Life of this patent
Estimating the term…
Abstract
A method and system for monitoring an offender or defendant or potential victim utilizing multi-factor location verification. In one embodiment, the multi-factor location verification method and system utilizes GPS location data and WiFi router location data, transmitted on predetermined intervals by a wearable device and a smart phone, to determine whether the wearable device and smart phone are within a predetermined geolocation. If it is determined in subsequent transmissions of location data that not all location data is within the predetermined geolocation, an alert is sent out indicating that an offender or defendant or potential victim is no longer located within the predetermined geolocation.
Claims20
A method of monitoring an individual, comprising the steps of:
- a) providing an individual with a wearable device and a smart phone;
- b) connecting the wearable device and smart phone using a radiofrequency tether;
- c) using software to set a maximum allowable distance between the wearable device and smart phone;
- d) connecting the wearable device and smart phone to a cellular network;
- e) connecting the wearable device and smart phone to an internet service provider using a WiFi router;
- f) obtaining GPS location data by the wearable device and by the smart phone;
- g) obtaining WiFi router location data from the WiFi router by the wearable device and smart phone;
- h) transmitting the GPS location data and WiFi location data from the wearable device and smart phone to one or more servers;
- and
- i) comparing the GPS location data and WiFi location data from the wearable device and smart phone to determine whether the wearable device and smart phone are within the maximum allowable distance.
A system for monitoring whether an individual is within a set location, comprising the steps of:
- a) providing an individual with a wearable device and a smart phone;
- b) connecting the wearable device and smart phone using a radiofrequency tether;
- c) using software to set a geolocation area, wherein the geolocation area is a maximum allowable distance between the wearable device and smart phone;
- d) connecting the wearable device and smart phone to a cellular network;
- e) connecting the wearable device and smart phone to an internet service provider using a WiFi router;
- f) obtaining GPS location data by the wearable device and by the smart phone at least every minute;
- g) obtaining WiFi router location data from the WiFi router by the wearable device and smart phone at least every minute;
- h) transmitting the GPS location data and WiFi location data from the wearable device and smart phone to one or more servers by the cellular network or internet service provider if the wearable device and smart phone are without a cellular network connection;
- i) comparing the GPS location data and WiFi location data from the wearable device and smart phone to determine whether all location data is within the set geolocation area;
- j) receiving additional location data from the wearable device and the smart phone if it is determined that not all location data is within the set geolocation area;
- and
- k) sending an alert if the additional location data is not all within the set geolocation area.
A system for helping to prevent kidnapping, comprising:
- a computer network;
- a central monitoring facility;
- a communications network;
- a first communication device;
- and
- a second communication device;
- wherein the first communication device is a wearable device comprising:
- a global positioning system (GPS) receiver;
- a wireless telephone communicator;
- and
- a panic alert button;
- and
- wherein the second communication device is a smart phone;
- and
- wherein the first and second communication devices establish communication with the central monitoring facility;
- wherein the first and second communication devices are connected to a WiFi router;
- wherein the first and second communication devices obtain and transmit GPS location data and WiFi location data at predetermined intervals;
- wherein the GPS location data and WiFi location data from the wearable device and smart phone is reviewed to determine whether all location data is within a set geolocation area, wherein the set geolocation area is a maximum allowable distance between the wearable device and smart phone;
- wherein if not all location data from the wearable device and smart phone is within the set geolocation area in a predetermined number of subsequent transmissions of location data, a triggering event takes place and an alert is sent to the central monitoring facility to alert trained operators of a potential hostage attempt/kidnapping in progress.
Dependencies are inferred from the claim text.