The Distributed Dynamic Data (D3) System is a technology that transforms a distributed array of server clusters and end user nodes into a virtual matrix. The system is specifically designed to handle the high traffic requirements of presence-enabled, real-time communications and peer-to-peer applications that require real-time presence and state information. Our goal is to provide this technology at a level of service that is of "commercial utility" quality.

The D3 System uses our proprietary Dynamic Matrix Architecture (DMA) to provide automatic fault detection, node fail-over and recovery without data loss or service interruption. DMA is a multi-dimensional matrix management system that links required services to real servers and clusters. DMA provides for server redundancy based on mean time between failures instead of the traditional one to one server redundancy. DMA is also used to link and replace entire data centers the same way it manages individual servers and clusters.

The D3 System is unique in that it has economy of scale rather than the usual scaling penalty imposed by nearly all current clustering systems. D3 is designed from the ground up to scale in a linear fashion. As system demand increases, additional nodes and/or clusters are added to the system. There is no additional load placed on the existing nodes and clusters of the system. This economy of scale combined with the Dynamic Matrix Architecture provide a corporate Instant Messaging/Real-time Communications solution for a fraction of the cost companies now pay for internal or external services that are not as reliable.

The D3 System uses intelligent local clients as Distributed Transaction Coordinators and Edge Caching devices. In other words, the local client is the convergence point between the service providers' data and the D3 System. The only customer data required by D3 are validation credentials and specific data the customer wants on the system, usually just UDI (User ID and security token) and contacts, rosters or device lists.

This design provides a level of privacy and data protection that keeps the customers' membership and proprietary data behind their own firewall. The customers' member profile data is never passed to or through the D3 servers. It is only viewed and acted upon by the customer or the customer's members and only according to the customer's rules.