Secure systems and methods for resolving audio device identity using remote application

A method for securely resolving product identity, comprising:

• establishing a wireless connection between an audio device and a remote device having a first application installed thereon;
• receiving an identity resolving key (IRK) in an encrypted state from the audio device via the wireless connection;
• establishing a first data connection between the first application and a server;
• transmitting the IRK in the encrypted state to the server via the first data connection;
• transmitting user credentials to the server from the first application or from a second application via the first data connection;
• receiving the identity resolving key (IRK) in a decrypted state from the server by the first application or the second application;
• receiving an advertising packet from the audio device with the first or second applications, the advertising packet including a random resolvable address for the audio device;
• and
• resolving the random resolvable address using the IRK in the decrypted state to identify the audio device with the first or second applications.

A system for securely resolving product identity, comprising:

• a remote device having a communication module with at least one wireless transceiver;
• wherein the remote device is configured to establish a wireless connection with an audio device and to receive an identity resolving key (IRK) in an encrypted state from the audio device via the wireless connection;
• wherein the remote device is configured to establish a data connection with a server, to transmit the IRK in the encrypted state and user credentials to the server via the data connection, and to receive the IRK in a decrypted state from the server;
• and
• wherein the remote device is further configured to receive an advertising packet from the audio device, the advertising packet comprising a random resolvable address for the audio device and to resolve the random resolvable address with the IRK in the decrypted state.