System and method for emergency sub surface disaster location and survival

A sub surface disaster rescue and safety system comprising:

• a housing constructed from impact-resistant materials and configured to be securely attached to a user;
• a pressurized colored gas cylinder disposed within the housing, said cylinder containing a neon-based mixture having a lighter-than-air density and being equipped with a refillable or replaceable cartridge and an inlet valve;
• an oxygen cylinder positioned within the housing and connected to an output valve, said oxygen cylinder configured to supply emergency oxygen to a wearer during a sub surface disaster emergency;
• a micro controller integrated into the housing, said micro controller comprising a plurality of sensors comprising an accelerometer, a pressure sensor, and a gyroscope configured to detect abnormal conditions indicative of a sub surface disaster scenario, and further configured to initiate a triggering mechanism in response to said detected abnormal conditions;
• a permeation system connected to the pressurized colored gas cylinder, said permeation system comprising an opening valve to control the flow of the colored gas and ensure a steady ascent through compacted snow;
• and
• a rechargeable battery integrated into the housing to power the micro controller, said battery equipped with a USB-C port for recharging and external monitoring of the system's functions.