Abstract: A method for disk error recovery management, the method may include (A) executing by a first control node, a first disk error recovery process that involves halting access, of the first control node, to a first group of storage devices. (B) Receiving by the first control node, during the execution of the disk error recovery process, a request to access a given storage device of the first group. (C) Directing the request to access the given storage device to a second control node if the second control node is not currently involved in an error recovery processes that involves halting access to the given storage device. (D) Accessing the given storage device by the second control node, during the execution of the disk error recovery process.

Abstract: A method for disk error recovery management, the method may include (A) executing by a first control node, a first disk error recovery process that involves halting access, of the first control node, to a first group of storage devices. (B) Receiving by the first control node, during the execution of the disk error recovery process, a request to access a given storage device of the first group. (C) Directing the request to access the given storage device to a second control node if the second control node is not currently involved in an error recovery processes that involves halting access to the given storage device. (D) Accessing the given storage device by the second control node, during the execution of the disk error recovery process.

Abstract: Systems and methods of identifying users of remote sessions are disclosed. In an example, a method includes establishing a remote session in a virtual machine. The method also includes identifying a user of the remote session. The method also includes identifying information of the user in an outgoing request by the virtual machine for access to an application on a backend server during the remote session.