A system for providing high frequency chest compression therapy, comprising: a patient device comprising a vest configured to be worn by a patient, the vest housing an air bladder; a therapy device flowably coupled to the patient device and providing percussive pulsed air to the patient device, the percussive pulsed air having a pressure and a frequency; a database storing therapy data recorded for one or more therapy sessions; a user interface for accessing therapy data in the database; and a controller comprising: a device control module for controlling parameters of the therapy device, the parameters comprising the pressure and frequency of the percussive pulsed air; a therapy monitoring module for monitoring and recording therapy data during a therapy session, the therapy data comprising air pressure data, characterized by: a data analysis module for analyzing the therapy data and configured to determine whether different peak pressures exist when the patient is wearing the patient device and when the patient is not wearing the patient device based on the air pressure data by comparing the recorded therapy data to at least one of expected therapy data, regimented therapy data, historical therapy data, and therapy data for one or more other patients; and an alerts module configured for alerting the patient via the user interface that the therapy is not being received, and/or configured for alerting a healthcare professional that the patient may not be receiving an appropriate therapy, based on a determination result of the data analysis module. a patient device comprising a vest configured to be worn by a patient, the vest housing an air bladder; a therapy device flowably coupled to the patient device and providing percussive pulsed air to the patient device, the percussive pulsed air having a pressure and a frequency; a database storing therapy data recorded for one or more therapy sessions; a user interface for accessing therapy data in the database; and a controller comprising: a device control module for controlling parameters of the therapy device, the parameters comprising the pressure and frequency of the percussive pulsed air; a therapy monitoring module for monitoring and recording therapy data during a therapy session, the therapy data comprising air pressure data, characterized by: a device control module for controlling parameters of the therapy device, the parameters comprising the pressure and frequency of the percussive pulsed air; a therapy monitoring module for monitoring and recording therapy data during a therapy session, the therapy data comprising air pressure data, characterized by: a data analysis module for analyzing the therapy data and configured to determine whether different peak pressures exist when the patient is wearing the patient device and when the patient is not wearing the patient device based on the air pressure data by comparing the recorded therapy data to at least one of expected therapy data, regimented therapy data, historical therapy data, and therapy data for one or more other patients; and an alerts module configured for alerting the patient via the user interface that the therapy is not being received, and/or configured for alerting a healthcare professional that the patient may not be receiving an appropriate therapy, based on a determination result of the data analysis module.