DOWNLOADABLE SOFTWARE PEER PEER SHARING

Brand Owner Address Description
INDENET Chi Huynh 247 West Bonita Ave San Dimas CA 91773 Downloadable software for peer-to-peer sharing of photos, video, audio, and text; Downloadable software for peer-to-peer sharing of electronic media and information between users; Downloadable software for sending and receiving electronic messages; Downloadable software for managing the collection, editing, organizing, modifying, transmission, storage and sharing of information;Peer-to-peer photo sharing and video sharing services, namely, electronic transmission of digital photos, video and audio content among users; Computer services for sending and receiving messages between users over the Internet and computer networks;Financial transaction processing services to facilitate electronic transfers of money, namely, clearing and reconciling financial transactions via computer and computer networks; Financial transaction services, namely, providing electronic payment options for online purchases; Electronic funds transfer services;Providing a website featuring online non-downloadable software that enables users to create business contact and product information for sharing with others; Providing temporary use of online non-downloadable e-commerce software to allow users to perform electronic business transactions;
 

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

    
Technical Examples
  1. System and method for the dynamic and transparent migration of services in a peer-to-peer networking environment. Member peers in a peer group using a peer-to-peer platform may cooperate to provide redundant instances of services to member peers. Dynamic migration of a service may be performed by unbinding one or more peer-to-peer platform pipes from a peer hosting an instance of the service and binding the pipes to another peer hosting a different instance of the service. Using pipes, services may transparently failover from one physical peer endpoint to another in order to mask a service or peer failure, or to access a newly published instance of a service. Thus, a collection of peers may provide a high level of fault tolerance, where, for example, a new peer at a different location may replace a crashed peer, with the new peer taking over the existing pipe to keep the communication going.