A system, method, and computer program product for implementing autonomous operation optimization and control is provided. The method includes defining nodes associated with facilities at differing geographical locations. A first node is assigned as a location of an entity and a second node is assigned as a location of a warehouse comprising products for delivery. A value for the first node and second node is determined based on a modification of a node route and clusters associated with geographical locations of the nodes are defined. Likewise, a network comprising routes extending between the nodes and facilities is defined. The nodes, results of assigning, the value, the clusters, and the network are analyzed. In response to the analysis, a recommendation for a facility and specified route is generated and operational functionality of an apparatus with respect to facility and the specified route is enabled in accordance with the recommendations.

The system disclosed herein implements an improved end-to-end network performance for data transmissions that span multiple networks operated by different organizations. The improvements are achieved as a result of exchanging routing information. For instance, the exchanged routing information can be representative of network performance factors. When different operators of different networks agree to exchange routing information, an optimal end-to-end path between two endpoint devices can be identified and selected for data transmission. This benefits both network operators as the users served by the networks are more likely to be satisfied with the user experience (e.g., faster download and upload of data).

In one embodiment, a device obtains metadata for routing decisions made by a predictive routing service for a plurality of network deployments. The device identifies a network topology for a network deployment that does not use the predictive routing service. The device estimates, based on the metadata for routing decisions made by the predictive routing service, performance metrics for the predictive routing service were it to be used to make routing decisions for the network topology. The device sends, to a user interface, report data indicative of the performance metrics estimated for the predictive routing service were it to be used to make routing decisions for the network topology.

Aspects of the disclosure relate to wrapping continuation tokens to support paging for multiple servers across different geolocations. An enterprise server may receive a first request for a plurality of records, and the first request for the plurality of records may request a quantity of records exceeding a page size limit. In response to receiving the first request, the enterprise server may retrieve a first set of records comprising a first number of records equal to the page size limit. The enterprise server may generate a first wrapped continuation token comprising location information identifying a geographic location of a first server where a next set of records is to be retrieved. Finally, the enterprise server may send, to the client device, the first set of records and the first wrapped continuation token, which may cause the client device to process the first set of records.

A system and method for regional routing of internet protocol based real-time communication that includes registering a set of client application endpoint routes, comprising registering at least a first client gateway route of a first endpoint in a first region; receiving a communication invitation of the first endpoint; processing a set of communication instructions associated with the communication invitation and identifying a set of communication resources and at least a second endpoint; querying the client application endpoint routes and identifying a client gateway route of the second endpoint; and dynamically directing signaling path and media path of the communication according to the regional availability of the communication resources, the client gateway route of the first endpoint, and client gateway instance route of the second endpoint.

A method for cross datacenter service-to-service communication over a shortest network route using mesh gateways. A mesh gateway receives a protocol message from a first service directed to a second service, identifies destination information associated with the second service, recognizes a routing configuration for routing the protocol message, determines a network route based on the routing configuration, and forwards the protocol message to another gateway associated with the second service over the determined network route.

Systems and methods for performing routing are described. For each of a plurality of messages transmitted over a primary route, a message transmission indication is received by an application. The application further receives, for at least one of the messages, a conversion indication that is based on the transmitted message. The quality of the primary route is determined based on a subset or all of the transmission indications and a subset or all of the conversion indications. Based on this determination, an alternate route is selected to replace the primary route.

The invention relates to an industrial testing device communicating with a data center located in a remote computer network, such as the cloud. Disclosed is a method of registering the device to the cloud and specifying the geographical location of the data center. The method includes selecting a data center from a list of available data centers based on regulations specific to a device type of the industrial testing device. Features are configured for communication between the device and the selected data center.

A packet processing system having each of a plurality of hierarchical clients and a packet memory arbiter serially communicatively coupled together via a plurality of primary interfaces thereby forming a unidirectional client chain. This chain is then able to be utilized by all of the hierarchical clients to write the packet data to or read the packet data from the packet memory.

Methods and systems for generating a model of a transit autonomous system (AS) network. The method comprises analyzing the routing information base for each border gateway protocol (BGP) node in the AS and storing, for each BGP router, (i) a routing table; and, (ii) a prioritized list of next hops for each prefix based on the appropriate best path algorithm. The model can be used to (a) determine how traffic will be routed through the transit AS in steady state and failure scenarios (e.g. when one or more links or nodes/routers have failed); and/or (b) determine how traffic should be routed through the transit AS (e.g. determine the best routes) in steady state and failure scenarios. The optimal routing of the traffic in a particular steady state or failure scenario (as determined by the model) can be compared to the actual routing of the traffic in the steady state or failure scenario (as determined by the model) to determine what changes to make to the transit AS to achieve the optimum routing.