INTELLIGENT MULTI CLOUD ROUTER

Brand Owner Address Description
INTELLIGENT MULTICLOUD ROUTER Pureport Inc. Suite # 1130 305 Church At North Hills Street Raleigh NC 27609 INTELLIGENT MULTI CLOUD ROUTER;A cloud and edge computing software for on-demand, private, Layer 3 connectivity to leading cloud service providers without physically deploying any network infrastructure or even having a data center presence. Users have a complete set of services available to connect cloud environments and physical locations to run applications and manage data. Computer services, namely, integration of private and public cloud computing environments; Design and development of computer software for use in the integration and management of hybrid cloud computing environments; Providing temporary use of non-downloadable cloud-based software for connecting, operating, and managing cloud connectivity and edge computing platforms; Providing temporary use of non-downloadable cloud-based software for use in the integration and management of multicloud and hybrid cloud computing environments; Providing virtual computer systems and virtual computer environments through cloud computing; Updating and maintaining cloud-based computer software through applications containers used to deploy and update the software stack as well as remote monitoring and online upgrades with minimal physical presence and human intervention;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A router device and a cut-through path control method capable of carrying out the load balancing at an intermediate router device which actually has a multi-path information, without requiring a special processing at the edge router are disclosed. At a router device at which multi-path exists, one router among a plurality of routers that can possibly be a next hop router is selected so as to contribute to a load balancing, according to a whole or a prescribed part of information regarding a state of cut-through path set up in which the router device is involved, at a time of setting up a cut-through path in the multi-path, and a prescribed control for setting up the cut-through path with that one router as the next hop router is carried out. Also, one cut-through path that contributes to the load balancing when a route change is made is selected among cut-through paths for which the route change at the router device is possible, and a route of that one cut-through path is changed so as to contribute to the load balancing.