Abstract: Methods and devices for accessing encrypted data on a computer device may include determining that a current device state of the computer device is locked. The methods and devices may include using a level two encryption key to encrypt data associated with at least one application while the computer device is locked. The methods and devices may include using a temporary decryption key in memory of the computer device to access level two encrypted data while the computer device is locked.

Abstract: Methods and devices for accessing encrypted data on a computer device may include determining that a current device state of the computer device is locked. The methods and devices may include using a level two encryption key to encrypt data associated with at least one application while the computer device is locked. The methods and devices may include using a temporary decryption key in memory of the computer device to access level two encrypted data while the computer device is locked.

Abstract: One or more techniques and/or systems are provided for securely obtaining memory content after a device malfunction. For example, applications, components, and/or an operating system of a device may maintain information within volatile memory in a secure manner (e.g., using encryption). When the device malfunctions, such information may be useful for diagnosing what caused the malfunction. Accordingly, memory content within volatile memory may be securely retrieved, encrypted, and/or stored before such memory content is flushed/removed from volatile memory. For example, a warm reset is performed to initially reboot the device without removing memory content from volatile memory. The memory content may be retrieved and encrypted to create encrypted memory content that may be stored within nonvolatile memory for later access.

Abstract: One or more techniques and/or systems are provided for securely obtaining memory content after a device malfunction. For example, applications, components, and/or an operating system of a device may maintain information within volatile memory in a secure manner (e.g., using encryption). When the device malfunctions, such information may be useful for diagnosing what caused the malfunction. Accordingly, memory content within volatile memory may be securely retrieved, encrypted, and/or stored before such memory content is flushed/removed from volatile memory. For example, a warm reset is performed to initially reboot the device without removing memory content from volatile memory. The memory content may be retrieved and encrypted to create encrypted memory content that may be stored within nonvolatile memory for later access.