Sensor Based Monitoring

A computer program product, comprising a computer readable hardware storage device storing a computer readable program code, said computer readable program code comprising an algorithm that when executed by a processor of a controller device implements a mobile sensor based monitoring improvement method, said method comprising:

• continuously receiving in real time, by said processor via a plurality of sensors integrated within a wearable device of a user, vital sign data and movement based data associated with said user;
• continuously receiving, by said processor via a plurality of sensors located within a geographical area comprising a current location of said user, environmental data associated with current environmental conditions of said current location of said user;
• receiving, by said processor from a plurality of remotely located systems, medical data associated with said user;
• analyzing, by said processor, said vital sign data, said movement based data, said environmental data, and said medical data;
• predicting, by said processor based on results of said analyzing, current and future mental and physical conditions for said user;
• generating, by said processor, recommended actions associated with modifying said current and future mental and physical conditions for said user;
• presenting, by said processor to an authoritative user via a graphical user interface of a hardware device of said authoritative user, said recommended actions;
• monitoring, by said processor via said plurality of sensors integrated within said wearable device, current physical conditions for said user to determine if said recommended actions have been executed;
• and
• transmitting, by said processor to external systems, results of said monitoring.

A controller device comprising a processor coupled to a computer-readable memory unit, said memory unit comprising instructions that when executed by the computer processor implements a mobile sensor based monitoring improvement method comprising:

• continuously receiving in real time, by said processor via a plurality of sensors integrated within a wearable device of a user, vital sign data and movement based data associated with said user;
• continuously receiving, by said processor via a plurality of sensors located within a geographical area comprising a current location of said user, environmental data associated with current environmental conditions of said current location of said user;
• receiving, by said processor from a plurality of remotely located systems, medical data associated with said user;
• analyzing, by said processor, said vital sign data, said movement based data, said environmental data, and said medical data;
• predicting, by said processor based on results of said analyzing, current and future mental and physical conditions for said user;
• generating, by said processor, recommended actions associated with modifying said current and future mental and physical conditions for said user;
• presenting, by said processor to an authoritative user via a graphical user interface of a hardware device of said authoritative user, said recommended actions;
• monitoring, by said processor via said plurality of sensors integrated within said wearable device, current physical conditions for said user to determine if said recommended actions have been executed;
• and
• transmitting, by said processor to external systems, results of said monitoring.