Secure
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By using encrypted VPN, branch offices gain secure, local network access to cloud resources. Software-Defined Networks (SDN/ SD-WAN) makes these branch office VPN's faster and more affordable by combining the bandwidth of multiple connections into a single logical WAN connection. In addition, a software defined network (SDN/ SD-WAN) provides the ability to offload public internet traffic at the network edge, reducing traffic sent through the VPN.
Secure and
Encrypted VPN
Strong
AES Encryption
Our Software Defined Network (SDN/ SD-WAN) and bonding tunnels have a built-in security option with AES 256 encryption.
In addition to optimizing circuit utilization and reliability, packet-based balancing provides security at an architectural level. Transmitting complete flows across an individual circuit makes data interception easier, whereas packet-distribution requires interception within the service provider data center or the originating site, thus greatly enhancing security.
Transmitting complete flows across an individual circuit makes data interception easier, whereas packet-distribution requires interception within the Service Provider data center or within the originating site and thus enhances security. 247 Networks' software defined network (SDN/ SD-WAN) crushes the “man-in-the-middle” by reducing the attack surface through the virtualized tunnel
Data Transport Using a Proprietary Tunnel Protocol
Multiple, diverse physical circuits with their own paths across multiple carrier networks provides physical redundancy; and security by splitting a host’s communications across multiple paths to another site or data center.
A Graphical Representation of How it All Works In 4 Steps
This is an example of a piece of data that you want to send to a colleague through your network from your office.
247 Networks SD-WAN breaks down the data into packets. It’s kind of like puzzle pieces. In this particular example, we are assuming that we are sending this one piece of data through three circuits on your corporate network.
Packets are placed into a proprietary algorithm. You can see them, but you don’t have enough information to decipher the data.
Each tunnel is then encrypted in a AES 256 bit cipher. How hard do you think it is to steal the data?
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First you have to unlock the military grade cipher.
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Then, you have to unravel the proprietary tunnel to get at a portion of the data.
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Then, even if you manage to crack one circuit, all you would get ‘vogue puzzle pieces’ and you still need to crack the other two circuits.
Result? Security lock down
