System and method for a global virtual network

What is this patent about?

'064 is related to the field of computer networking, specifically addressing the problem of long-distance connectivity and throughput limitations over the public internet. Traditional solutions like WAN optimization and dedicated circuits (MPLS, DDN) have drawbacks such as point-to-point rigidity, high cost, and lack of control over internet traffic routing. The invention aims to provide a secure and optimized network overlay on top of existing internet connections.

The underlying idea behind '064 is to create a virtual global network (GVN) that intelligently routes traffic through a mesh of distributed devices, leveraging advanced tunneling and smart routing algorithms. This involves establishing secure connections between endpoint devices and access point servers strategically located around the world, dynamically adapting to changing network conditions to minimize latency and maximize throughput.

The claims of '064 focus on a network system comprising two endpoint devices communicating with respective devices, connected by a communication path. This path includes intermediate tunnels linking each endpoint device to access point servers and control servers. Crucially, at least one endpoint device establishes the communication path by identifying candidate paths, determining their security ratings, and selecting the path based on these ratings.

In practice, the invention involves endpoint devices equipped with software that constantly monitors network conditions and communicates with control servers to identify optimal routes. These routes are established using encrypted tunnels through access point servers, effectively creating a secure and optimized overlay network. The system dynamically adjusts to network congestion, packet loss, and other issues, ensuring reliable and high-performance connectivity.

The differentiation from prior approaches lies in the GVN's ability to provide a flexible and adaptable network solution without relying on dedicated circuits or fixed point-to-point connections. Unlike traditional WAN optimizers, the GVN can intelligently route traffic around problem areas and leverage multiple paths simultaneously. Furthermore, the emphasis on security ratings in path selection provides an added layer of protection against threats and vulnerabilities present on the public internet.