Abstract: A dynamic, rapid website-generating system and method is detailed. The system is configured to expedite and simplify the website creation and hosting processes for the end user web-creator, while dynamically creating content based on the web-creator's online footprint via permitted, associated social networks. The system is configured to provide domain name suggestions to the web-creator based on data gathered from social networks, as well as based upon web-content crafted and/or uploaded to the website during construction. Domain is decided by user from a pool of available domains that have been suggested after the website is built, such that the domains suggested relate to the website content of the website that has been built. Domain setup and registration, hosting setup, name server/DNS setup, and uploading are all automated to streamline the process for the novice web-creator.

Abstract: A global peripheral device (GPD) sharing system enables users to remotely utilize various peripheral devices via a connection, such as the worldwide web (Internet). Client software is loaded on the computers associated with the users and the owners of the peripheral devices. A centralized GPD server is connected to a storage and queue appliance for maintaining a function queue, such as “print files”. A GPD sharing method is also provided for providing users with temporary or permanent functional access to remote peripheral devices, which can be accessed through PCs or dedicated devices connected to the GPDs owned by the device owners. The GPD system operates cross-platform permitting users and owners of peripheral devices to communicate although they may not be using the same computing platform, or only one party has a license for software or a peripheral device.

Abstract: A global peripheral device (GPD) sharing system enables users to remotely utilize various peripheral devices via a connection, such as the worldwide web (Internet). Client software is loaded on the computers associated with the users and the owners of the peripheral devices. A centralized GPD server is connected to a storage and queue appliance for maintaining a function queue, such as “print files”. A GPD sharing method is also provided for providing users with temporary or permanent functional access to remote peripheral devices, which can be accessed through PCs or dedicated devices connected to the GPDs owned by the device owners. The GPD system operates cross-platform permitting users and owners of peripheral devices to communicate although they may not be using the same computing platform, or only one party has a license for software or a peripheral device.

Abstract: A global peripheral device (GPD) sharing system enables users to remotely utilize various peripheral devices via a connection, such as the worldwide web (Internet). Client software is loaded on the computers associated with the users and the owners of the peripheral devices. A centralized GPD server is connected to a storage and queue appliance for maintaining a function queue, such as “print files”. A GPD sharing method is also provided for providing users with temporary or permanent functional access to remote peripheral devices, which can be accessed through PCs or dedicated devices connected to the GPDs owned by the device owners.

Abstract: A network transaction system is provided for peer-to-peer commerce in private and public marketplaces among system users. The users direct criteria for access to each other and third parties at desired levels of participation in vertical markets. Automatic reply functions are activated in response to queries according to user-defined criteria. The system accommodates transactions of various kinds over networks corresponding to the private and public marketplaces, which can interface with each other according to the user-defined criteria. Inventory and catalog database functions reside on the users' computers for management by the user or client system software.