Secure Communications Network – US Patent No. 11,750,581 B1
This patent is a significant advancement in networking, offering a more dynamic, efficient, and scalable approach to networking and virtual constructs for AI and Data Assured networks. The method leverages real-time data to optimize network performance, making it highly relevant for modern, data-intensive network environments.
Key Points:
Virtual Network Overlays: The system creates virtual network overlays that dynamically adjust based on data-driven insights. This results in far more efficient use of network resources and better management of network traffic.
Data-Driven Route Resolution: Routes are resolved based on real-time data resulting from data telemetry of traffic in flight, which creates an adaptive and responsive network. This method contrasts with traditional static route configuration, which is inflexible and less efficient.
Scalability: The system scales efficiently, making it suitable for large and complex network environments especially focused on regulatory data, geo-political environments and large-scale location and segmentation protections. It supports a higher number of virtual network overlays and route configurations than classical methods.
Implementation: The system is implemented using existing network infrastructure, reducing extensive new hardware or significant changes to the current network setup. It integrates with current networking protocols and technologies to provide a seamless transition.
Security and Reliability: The patent emphasizes security and reliability in route resolution, ensuring that the network overlays are secure and dependable. The system includes mechanisms for verifying and maintaining secure communications within the network.
