Events


XRoads Tradeshows

Company

XRoads Networks is the inventor of next generation "link balancing" and bandwidth management via our Broadbond, Adaptiband, Site2Site, XFlow and ActiveDNS technologies. XRoads' is a leading developer of enterprise class cloud optimization appliances utilizing unified bandwidth management (UBM) technology. Our solutions deliver reliable and secure bandwidth management capabilities to assist organizations which utilize the Internet and cloud-based applications. Our optimization appliances improve the security, responsiveness, and reliability of business critical cloud-based services.

The name "XRoads Networks" was developed around the idea that our EdgeXOS platforms would be deployed at the crossroads between the LAN and WAN connections as this is where most of the performance and security issues that our network optimization appliances could resolve.

Founded in 2001, XRoads Networks, a private company headquartered in Irvine, California. Our products are integrated into some of the largest Fortune 500 companies, as well as many small to mid-sized organizations in over 50 countries.

With thousands of appliances deployed and tens of thousands of end-users working behind our products we have demonstrated a proven track record for delivering secure, responsive and highly reliable bandwidth management solutions.

Corporate Fact Sheet


Applied Patents

XRoads Networks is the holder of multiple patent applications in the areas of multi-network routing "Vector Routing (ActiveDNS)" and DNS load balancing, the dynamic distribution of network resources "Best Path Routing (Adaptiband)" and automated traffic shaping, Meshed VPN link sharing through tunnel bonding and balancing "VPN Virtualization (Site2Site)" via stratified tunnel sequencing, the ability to automatically detect and analyze network performance issues "XOS Virtual Technician (XFlow)", and our "Multi-Session Acceleration (Broadbond)" which improves web-based applications by performing proxied session balancing and data download segmentation.