Innovative Encryption Technology for Next Generation Security Needs

Simple, Flexible, Safe.

Incidents relating to improper access to the transmission and storage of information are increasing rapidly. This is primarily because the opportunities and tools required to improperly access and decipher networks and storage are readily available and relatively cheap.

It also does not help that knowledge on prevention is severely lagging.

All existing, commercial encryption methods will be broken by those with computing power capability that is widely available — and cheap.

Other than one novel component of our method, which makes the combined method so much better, we use long proven and accepted methods. Our secret sauce is how we combine them.

We believe that our combined methods are an order of magnitude harder to break and would require a hacker to have an unprecedented level of internal access to a communications network.

One of the largest computer services companies in the world recently told us (non-confidentially) that there is no data transmission or storage encryption method that they could not decrypt and access now.

Cheap, widely-available computing power greatly reduces the effectiveness of existing encryption methods. Supercomputer accelerators and graphics cards are now available for servers and even notebook computers. Forms of supercomputers used in Bitcoin miners and gaming machines are an even greater immediate threat.

It was actually simple. We determined that doing more of the same was not an answer — nor were proposed changes to encryption methods such as merely expanding key lengths. Something better was required, and so we used our experience in data communications networks to combine several easy-to-implement methods that make it an order of magnitude more difficult to improperly access data transmission.

We have a unique method of combining encryption, key generation, and transmission. Our method can be implemented in existing communication networks with no structural changes. It is different, “structurally”, from existing encryption methods since it combines features and can be implemented to whatever degree of security a customer desires.

The increase of work taking place in home residences with inadequate security provides more access points and vulnerability to data flow and storage. 5G implementation also provides incremental access points (as do expanding interrelationships of companies and their supply chains). Vulnerability is quite simply determined by the weakest link.

We have developed, tested, and proven our encryption method. We now need our software experts to develop the software to interface it with existing communication network protocols. We are interested in collaborating with those with an interest in the need for our methods and the financial and marketing resources to help bring it to market.

Yes, it can be used to encrypt a database although it is designed primarily for multi-point data communications networks. We would recommend it only for a database that needs absolute security and where slower access speed and cost is not a concern.

It is both. The software can be embedded in a secure chip and can be implemented as secure paired boxes with the embedded processor running our software. It can also be implemented as purely software depending on the existing or planned network characteristics.

Yes, it can be used by individuals likely running software at both ends compared to corporations with multi-point communication access points preferring a hardware implementation.

Initial implementation might be between A and B, then A and C, then B and C to a full, securely-encrypted multi-point communications network. Planning, as always, is the key.