Software Architecture and System for Delivering Selected Sanitation Protocols for Multiple Pathogens and Pests

A software architecture and system, comprising:

• a portable enclosure comprising a hydrogen fuel cell adapted to locally generate hydrogen and to locally generate electrical operating power from the hydrogen, wherein the portable enclosure is adapted to be moved into or near a physical space;
• a heat source for heating the physical space, wherein the heat source is supported by the portable enclosure, and is adapted to receive electrical operating power from the hydrogen fuel cell;
• a UV light source for irradiating the physical space with UV radiation, wherein the UV light source is adapted to be positioned in the physical space and to receive electrical operating power from the hydrogen fuel cell;
• a sensor for sensing a physical condition in the physical space, wherein the sensor is adapted to be positioned in the physical space and to provide sensor data indicative of the physical condition;
• a protocol storage;
• a plurality of sanitation protocols for sanitizing the physical space against a plurality of pathogens or pests with each sanitation protocol being adapted to treat a corresponding target pathogen or pest or target group of pathogens or pests;
• wherein the plurality of sanitation protocols are stored in the protocol storage as a plurality of pages, and wherein each sanitation protocol comprises a plurality of parameters;
• a plurality of protocol identifiers with each protocol identifier being selectable and comprising a link to a corresponding sanitation protocol of the plurality of sanitation protocols;
• a display for displaying at least some of the plurality of protocol identifiers and a protocol selector for selecting a displayed protocol identifier;
• and
• a controller coupled to the heat source, the UV light source and the sensor, wherein the controller is configured to respond to a protocol identifier being selected to automatically control the operation of the heat source and the UV light source according to the plurality of parameters of the corresponding sanitation protocol to sanitize the physical space against the corresponding target pathogen or pest or target group of pathogens or pests, and wherein the controller, the heat source, the UV light source, and the sensor are operable in a closed-loop feedback control arrangement.