INTERNET SOCKET

Brand Owner Address Description
ISOCKET isocket, inc. 270 East Lane Suite #1 Burlingame CA 94010 INTERNET SOCKET;Providing a searchable on-line advertising website and guide featuring an inventory of advertising space offered by others via the Internet; providing a website for buying and selling advertising space, for conducting transactions for the purchase and sale of advertising space, and for tracking and reporting regarding advertising sales and advertising data;Application service provider (ASP) featuring software for use in searching an inventory of advertising space offered by others via the Internet and for uploading advertising space inventory data to the internet and computing clouds for others; application service provider (ASP) featuring software for buying and selling advertising space and for conducting transactions for the purchase and sale of advertising space; application service provider (ASP) featuring software for Internet-based communication and electronic messaging and for advertisement management by tracking and reporting in the field of advertising sales and advertising data; providing a secure electronic online system featuring technology that allows vendors to submit electronic invoices to purchasers of advertising space, and for processing of electronic invoices and payments; application service provider (ASP) featuring an application programming interface (API) online that enables users to integrate data and information between different websites, software applications, and devices; computer services, namely, uploading, indexing, and displaying advertising space inventory data to the internet and computing clouds for others;
 

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

    
Technical Examples
  1. A method and application programming interface for using multiple network addresses on a common physical layer. The host protocol stack supports multiple Internet Protocol interfaces. When a process makes a function call to create a new socket, a new IP address is associated with the socket. Each socket is then bound to an IP address that is distinct from the IP addresses bound to other sockets. This is in contrast to conventional sockets that are bound to a common IP address. In this manner, each process may be associated with a unique IP address. Such a configuration may useful in Internet telephony where each call process receives a unique private IP address in a virtual private network.