Electronic equipment in the form of a wearable activity tracker, and computer application software for use with such electronic equipment, namely, application software for tracking the user's physical activity, physiological data, and response to use of device; computer software for wireless data communication for receiving, recording, organizing, processing, transmitting and displaying data relating to devices, namely, wearable and user controlled devices that provide dosing of compression to a person; computer software for compliance programs, namely, software for managing information regarding tracking, compliance and motivation within a coaching and compliance program; personal electronic devices, namely, wearable activity trackers for recording, organizing, and transmitting data relating to a user's health, fitness and wellness; personal electronic devices, namely, wearable activity trackers featuring software for measuring and uploading to the Internet and mobile electronic devices, physiological data and biosignals, environmental data and coaching and compliance data; computer software used for recording, organizing, transmitting, receiving, and viewing video, text, data, images and audio files relating to health, fitness and wellness, coaching and compliance; sensors worn on the human body, not for medical use, for measuring and recording different physiological data and biosignals, namely, blood oxygenation, blood flow, heart rate, heart rate variability, blood pressure, ventilation and perfusion ratio, body temperature, body flexibility, body strength, body motion, body resistance, skin conductivity, blood glucose levels, lactic acid, and bodily changes in relation to a person's distance traveled, speed when walking and running, atmospheric pressure, acceleration changes, altitude changes, environmental temperature changes, humidity changes, air purity changes; computer software for use in database management; microcontrollers; Microcontrollers for internet of things (IoT) enabled devices; computer application software that uses artificial intelligence and machine learning for devices, namely, wearable and user controlled devices that provide dosing of compression to a person

Compression garments; compression garments, namely, medical braces, bandages, and wraps; compression garments, namely, vests, cuffs, socks, sleeves; portable, wearable, user-controlled medical devices with sensors to monitor the physical movements of a patient wearing or carrying the device that provide dosing of compression to a person by sending signals to electronically operated compression garments; medical devices in the nature of wearable sensors used to measure and record different physiological data and bio-signals of a patient wearing or carrying the device, namely, blood oxygenation, blood flow, heart rate, heart rate variability, blood pressure, ventilation and perfusion ratio, body temperature, body flexibility, body strength, body motion, body resistance, skin conductivity, blood glucose levels, lactic acid, and bodily changes in relation to a person's distance traveled, speed when walking and running, atmospheric pressure, acceleration changes, altitude changes, environmental temperature changes, humidity changes, air purity changes