Death triggered device, communication and management system

A death triggered device comprising:

• an 8 bit-microcontroller that executes instructions in an update situation and in a test situation in a single clock cycle to achieve throughput approaching one million instructions per second (MIPS) per megahertz, wherein the microcontroller is configured to provide a run situation having a peace time when the death triggered device is a mini assistant and or for online banking, e-commerce and casual gaming, showing a lazy display (103) in a fun mode including a time clock in a plurality of different configurations selectable from a digital display, a gaming menu (104) and other entertainment display;
• embedded electronics circuitry capable of radio communication and internet communication and a set of navigation keys, wherein radio communication and internet communication are invoked only for releasing instructions;
• a plurality of mode sensors that confirm that a user is wearing the death triggered device and differentiate between a “no electric energy” situation of the death triggered device as different from a state of death or sabotage, detect a power outage of the electronic circuitry, and detect a sabotage of the death triggered device;
• a plurality of primary sensors disposed on an enclosure, the plurality of primary sensors providing corresponding primary sensor signals to the microcontroller,
• wherein the plurality of primary sensors continuously and non-invasively monitor a state of life consisting of a state of unstable life and a state of stable life and a state of death determined by relation of the primary sensor signals to benchmark life and health parameters by the microcontroller,
• wherein in the peace time, data of the plurality of primary sensors are within a selected range determined in the set-up situation, and
• wherein in response to the primary sensor signals from the plurality of primary sensors, the microcontroller switches from the peace time to the crisis time on encountering the state of unstable life or the state of death while the plurality of mode sensors do not indicate a state of non-use of the death triggered device;
• a plurality of validation sensors disposed on the enclosure providing corresponding validation sensor signals to the microcontroller, wherein the microcontroller is configured to include personal details and credentials of a specifically identifiable user in an active mode by the user wearing the death triggered device in a set-up situation in response to the primary sensor signals and validation sensor signals stored as benchmark life and health parameters of the user and wherein in the update situation, baseline health and biometric parameters which change over time due to health and/or aging of the user are updatable by the user using the death triggered device;
• an interlocked charging port having a removable plurality of interlocked charging arrangements disposable on a left side or a right side on the enclosure, each of the plurality of interlocked charging arrangements comprising an energy receiver port disposed on the death triggered device engage-able and dis-engage-able with an energy delivery port of an energy delivery device external to the death triggered device, the energy receiver port having a polarized construction such that the energy delivery port is mechanically attachable only in a prescribed orientation and in a worn situation the energy receiver port is a modular unit situated on an arm side of the user and not on a palm side and insertible on a side of a housing assembly of the death triggered device so that a connecting cord of the energy delivery port lies on the arm side and does not entangle with palm fingers of the user;
• a non-volatile memory storing data files, pre-recorded messages, and documents;
• and
• a wrist/arm wrapping strap that retains the enclosure,
• wherein on restoration of power by charging, the death triggered device first assumes an inactive mode and thereafter the validation sensors followed by the primary sensors restore the functioning of the death triggered device.