Abstract: Systems arid methods for implementing client-side load balancing for remote application servers. An example method comprises receiving, by a publishing server, an application server status information reflecting computing resource utilization by each application server of a plurality of application servers; receiving a request initiated by a client computing device to access a published application executable by at least a subset of the plurality of application servers; and responsive to determining that a load metric reflecting performance of the publishing server exceeds a threshold value, transmitting an instruction to the client computing device to perform client-side load balancing using a snapshot of the application server status information to select an application server of the subset of the plurality of application servers.

Abstract: Systems and methods for implementing client-side load balancing for remote application servers. An example method comprises receiving, by a publishing server, an application server status information reflecting computing resource utilization by each application server of a plurality of application servers; receiving a request initiated by a client computing device to access a published application executable by at least a subset of the plurality of application servers; and responsive to determining that a load metric reflecting performance of the publishing server exceeds a threshold value, transmitting an instruction to the client computing device to perform client-side load balancing using a snapshot of the application server status information to select an application server of the subset of the plurality of application servers.

Abstract: Systems and methods for implementing client-side load balancing for remote application servers. An example method comprises: receiving, by a publishing server, an application server status information reflecting computing resource utilization by each application server of a plurality of application servers; receiving a request initiated by a client computing device to access a published application executable by at least a subset of the plurality of application servers; and responsive to determining that a load metric reflecting performance of the publishing server exceeds a threshold value, transmitting an instruction to the client computing device to perform client-side load balancing using a snapshot of the application server status information to select an application server of the subset of the plurality of application servers.

Abstract: A remote application connection manager, executed by a processing device, transmits a remote application connection request from the processing device to a remote application server. The remote application connection manager further receives one or more access compliance conditions for the processing device from the remote application server. Also, the remote application connection manager determines whether the processing device satisfies the one or more access compliance conditions and if the processing device does not satisfy the one or more access compliance conditions, the remote application connection manager determines whether the processing device has a configuration control right to update a configuration of the processing device to satisfy the one or more access compliance conditions. If the processing device has the configuration control right, the remote application connection manager updates the configuration of the processing device.

Abstract: A processing device in a server computer system generates multiple instances of a universal scanner driver on a server, each instance corresponding to a different scanner connected at separate user devices. The processing device receives requests for an application running on the server to scan documents using the multiple scanners concurrently. The processing device sends, using the different instances of the universal scanner driver, the requests to each user device concurrently and receives scan data corresponding to the documents from the user device.