Making encryption unbreachable.

We use AES as it offers a very effective approach, that lends itself well to compaction, while making encryption unbreachable without a key.

The most important consideration with AES, is to hide/obfuscate the key, within the data in such a way that we don’t change format while doing so.

The best way to hide the key, is to store it in 1 or more random locations within 1 or more randomly defined sections of data. We use random number generators for this.

Our patent pending random number generators use data streams of previous packets as inputs to generate the key obfuscation strategy.

Thus, the basis for our ground breaking encryption key obfuscating approach is that, we pick randomly located pieces of data from a random number of previous packets, put them together to form the key for the next packet. This key is then used to encrypt the packet. The key is similarly computed by the destination, which then is used to decrypt the packet. This forms the grounds for us to be able to encrypt every packet with a unique key from previous streams of data. Thus a truly unreachable approach where

  1. Unique key for each stream of data;
  2. Unique key location for every bit of data;
  3. No format change;

With this zero change data format approach, we solve 3 critical flows of current encryption approaches –

  1. change data format thus making them more vulnerable to breaches;
  2. require all device on the network or across networks to have technology for encrypt and decrypt with their approach;
  3. need for handshaking, to decide how to encrypt;