With a global private backbone, your data is routed across a high performance, privately managed network instead of the public Internet. Traffic follows optimized paths between regions, reducing latency, packet loss, and congestion. This delivers consistent global performance, enhanced security, and enterprise grade reliability for mission critical applications, regardless of geographic distance.
comBOX Networks has built a global, cloud backbone network offering more than 50 Virtual Leased Line service PoPs around the world. Each PoP is extended over multiple regional cloud server infrastructure hosted on both cost effective and premium Data Centers to allow both the utilization of premium cloud connectivity services while offloading customer’s traffic over low cost network paths, thus save costs. The PoPs are fully interconnected over multiple tier-1 IP transit providers with one another utilizing the comBOX proprietary bandwidth aggregation and network acceleration features applied on the middle mile.
Our premium Data Center partners include AWS, Azure, IBM and Google Cloud platforms.
Our regional Data Center partners offer direct peering with local ISPs via regional Internet exchanges guaranteeing an optimal network path between the customer’s last-mile connections and the comBOX network servers.
comBOX backbone design delivers end-to-end route optimization for WAN and cloud traffic, and a self-healing architecture for maximum service uptime. Our customers experience connectivity that is superior to the unpredictable public Internet and more affordable than global MPLS and other legacy backbones.
The comBOX multi-wan router connects a physical location to the nearest Virtual Leased Line PoP via one or more last mile connections. Customers can choose any mix of fiber, cable, xDSL, and 4G/LTE connections.
comBOX CPEs can bond multiple WAN connections into a virtual fat-pipe to boost the performance of your last-mile links.
The multi-wan router applies multiple traffic management capabilities such as real link bonding for active-active link usage, effective QoS prioritization, transparent failover to work around link blackouts and brownouts, and packet duplication to overcome packet loss and jitter. On top of this, comBOX multi-wan routers apply TCP acceleration, introducing cutting edge congestion control algorithms that are resilient to high latency and packet loss.
The multi-wan router can also encrypt site-to-site traffic to safeguard the user data transmitted between the comBOX VLL service endpoints, while also applying the TCP acceleration mechanism to boost the performance of the customer’s VPNs.
The comBOX network server is a fully-managed cloud server, located in the nearest data center to the Customer’s premises within our global private cloud infrastructure.
Using regional broadband bonding servers, comBOX services are able to provide regional public IPv4 addresses thus enabling low latency as well as unrestricted access to web services and local content providers.
The comBOX multi-WAN services team continuously works to extend the available network server locations by establishing new partnerships in new regions with reliable cloud service providers in order to enable low latency Virtual Leased Lines with local public IP addresses to more business customers across the globe.
