A system for streaming patient information from a defibrillator (106, 1102) including a first display, the system comprising: a second display (104, 122, 620, 622, 624, 626) separate from the defibrillator (106, 1102); one or more processors configured to: establish a wireless data connection (120, 2118) with the defibrillator (106, 1102); receive the patient information from the defibrillator (106, 1102) via the wireless data connection (120, 2118) at least once every five seconds, the patient information comprising CPR data and at least one ECG waveform; and display the at least one ECG waveform and/or CPR feedback based on the CPR data at the second display; and a communications interface (2000, 631) comprising an asset management database (2312, 2314), wherein the one or more processors establish the wireless data connection with the defibrillator via the communications interface such that the communications interface is communicably coupled with the one or more processors and configured to receive, from the defibrillator (106, 1102), full disclosure data including said CPR data and said at least one ECG waveform, the communications interface further configured to: convert the full disclosure data into incident data and store the incident data in the asset management database (2312, 2314); wherein the conversion of the full disclosure data includes the communications interface being configured to format the received full disclosure data into a frame event stream, wherein the frame event stream comprises a plurality of frames in chronological order, wherein each of the plurality of frames comprises a time identifier, an incident identifier, and clinical information associated with a time identified by the time identifier and an incident identified by the incident identifier; receive a request including a particular incident identifier and retrieve from the asset management database (2312, 2314) records associated with the incident identifier, including the ECG waveform or CPR data, as said patient information; and send a response based on the frame event stream over the wireless data connection as the patient information. a second display (104, 122, 620, 622, 624, 626) separate from the defibrillator (106, 1102); one or more processors configured to: establish a wireless data connection (120, 2118) with the defibrillator (106, 1102); receive the patient information from the defibrillator (106, 1102) via the wireless data connection (120, 2118) at least once every five seconds, the patient information comprising CPR data and at least one ECG waveform; and display the at least one ECG waveform and/or CPR feedback based on the CPR data at the second display; and establish a wireless data connection (120, 2118) with the defibrillator (106, 1102); receive the patient information from the defibrillator (106, 1102) via the wireless data connection (120, 2118) at least once every five seconds, the patient information comprising CPR data and at least one ECG waveform; and display the at least one ECG waveform and/or CPR feedback based on the CPR data at the second display; and a communications interface (2000, 631) comprising an asset management database (2312, 2314), wherein the one or more processors establish the wireless data connection with the defibrillator via the communications interface such that the communications interface is communicably coupled with the one or more processors and configured to receive, from the defibrillator (106, 1102), full disclosure data including said CPR data and said at least one ECG waveform, the communications interface further configured to: convert the full disclosure data into incident data and store the incident data in the asset management database (2312, 2314); wherein the conversion of the full disclosure data includes the communications interface being configured to format the received full disclosure data into a frame event stream, wherein the frame event stream comprises a plurality of frames in chronological order, wherein each of the plurality of frames comprises a time identifier, an incident identifier, and clinical information associated with a time identified by the time identifier and an incident identified by the incident identifier; receive a request including a particular incident identifier and retrieve from the asset management database (2312, 2314) records associated with the incident identifier, including the ECG waveform or CPR data, as said patient information; and send a response based on the frame event stream over the wireless data connection as the patient information. convert the full disclosure data into incident data and store the incident data in the asset management database (2312, 2314); wherein the conversion of the full disclosure data includes the communications interface being configured to format the received full disclosure data into a frame event stream, wherein the frame event stream comprises a plurality of frames in chronological order, wherein each of the plurality of frames comprises a time identifier, an incident identifier, and clinical information associated with a time identified by the time identifier and an incident identified by the incident identifier; receive a request including a particular incident identifier and retrieve from the asset management database (2312, 2314) records associated with the incident identifier, including the ECG waveform or CPR data, as said patient information; and send a response based on the frame event stream over the wireless data connection as the patient information.