What’s Edge Transfer?
Before we understand what is BNET, we should firstly figure out what is Edge Transfer …

As shown in the above figure, in traditional transmission network, from bottom layer to top layer is the edge network, the access network and the core network.
The transmission between two points needs to go up from the bottom layer to the core layer and then go down to the receiver. Even if these two points’ location is very close, the transmission between them must go through such a long process. Therefore, the center is the bottleneck of the current network.
In BNET transmission network, we discard the middle layer to achieve flat transmission, so that most of the transmissions are finished at the edge layer.

The nodes in BNET are divided into three categories.
The first type is only responsible for scheduling, which is called H node.
The H node can only be a high-performance server with a public IP address.
The second type is only responsible for forwarding, which is called R node.
The R node can be a server with a public IP address, or an Internet bar and router that has two- or three-line broadband web access.
The third type is the network access client, which is called T node.
The T node may be a mobile client, a router, or an IoT device.

n BNET network, there are two ways of the data transmission, which are point-to-point direct transmission and forwarding transmission.
In most cases, we use peer-to-peer direct communication.
But if the direct communication is slow or unable to communicate, then BNET will try to forward through the R node.
Since the core network was discarded by BNET, there is no center anymore, which means, there was no bottleneck. The distributed network of BNET was realized.
Edge transport is the core technology of BNET. Combined with the most artificial intelligence and blockchain technology, BNET is finally upgraded to an ecosystem that provides secure, fast and reliable network transmission services.
