Personal monitoring apparatus and methods

An apparatus, comprising:

• a database, wherein the database stores a travel itinerary or a travel schedule of an individual;
• a global positioning device, wherein the global positioning device is located in or at a personal monitoring device;
• an RFID reader, wherein the RFID reader is located at an entrance of a venue or at an exit of the venue or the RFID reader is located at an entrance of a vehicle or at an exit of the vehicle;
• a receiver, wherein the receiver is located in or at the personal monitoring device;
• a processor, wherein the processor controls an operation of the personal monitoring device;
• and
• a transmitter, wherein the transmitter is located in or at the personal monitoring device;
• wherein the RFID reader detects or reads an RFID tag and transmits a signal to the receiver, wherein the signal contains information regarding the address or the position or location of the venue or the vehicle, wherein the processor determines a first position or first location of the personal monitoring device, wherein the processor uses position or location information obtained by the global positioning device in order to determine if the personal monitoring device has moved to a second position or a second location, wherein, if the processor determines that the personal monitoring device has moved to the second position or second location, then the personal monitoring device compares the second position or second location and a current time with information contained in the travel itinerary or the travel schedule of the individual, and further wherein, if the second position or second location for the current time indicates a deviation from the travel itinerary or the travel schedule of the individual, the processor generates a travel itinerary deviation message, and further wherein the transmitter transmits the travel itinerary deviation message to a user communication device and to a central processing computer, and further wherein information regarding the travel itinerary deviation message, or the travel itinerary deviation message, is stored in a distributed ledger and Blockchain technology system.

An apparatus, comprising:

• a database, wherein the database stores a travel itinerary or a travel schedule of an individual;
• an RFID reader, wherein the RFID reader is located at an entrance of a venue or at an exit of the venue or the RFID reader is located at an entrance of a vehicle or at an exit of the vehicle;
• a receiver, wherein the receiver is located in or at the personal monitoring device;
• a processor, wherein the processor controls an operation of the personal monitoring device;
• and
• a transmitter, wherein the transmitter is located in or at the personal monitoring device;
• wherein the RFID reader detects or reads an RFID tag and transmits a signal to the receiver, to a central processing computer, or to a user communication device, wherein the signal contains information regarding the address or the position or location of the venue or the vehicle, wherein the processor determines a first position or first location of the personal monitoring device, wherein the processor uses position or location information obtained by a global positioning device, of the personal monitoring device, in order to determine if the personal monitoring device has moved to a second position or a second location, wherein, if the processor determines that the personal monitoring device has moved to the second position or second location, then the personal monitoring device compares the second position or second location and a current time with information contained in the travel itinerary or the travel schedule of the individual, and further wherein, if the second position or second location for the current time indicates a deviation from the travel itinerary or the travel schedule of the individual, the processor or the central processing computer generates a travel itinerary deviation message, and further wherein the transmitter or the central processing computer transmits the travel itinerary deviation message to the user communication device, and further wherein information regarding the travel itinerary deviation message, or the travel itinerary deviation message, is stored in a distributed ledger and Blockchain technology system;
• and further wherein the apparatus provides or facilitates a telehealth visit or a remote healthcare visit involving the personal monitoring device and a communication device of or associated with a healthcare provider, and further wherein information obtained during the telehealth visit or the remote healthcare visit, information entered by the healthcare provider, and a video and audio recording of the telehealth visit or the remote healthcare visit, is stored in the distributed ledger and Blockchain technology system.