CURRENT PRODUCTS:

SAMURAI: This dynamic encryption program provides for exceptional security while being extremely easy to use and space efficient. Using less than 10k of memory, the program is easily incorporated into any type of device. Currently operating on MS enabled cell phones, Blackberry, and computers having MS Office 2007, plans are to enlarge the applications into a variety of other devices. Key elements of Samurai include: the operator’s PIN is not stored on the apparatus whatsoever (ATM simple); messages are stored in encrypted form; encryption from device to device; communication in encrypted form between platforms; and simplicity in use.

GOVERNMENT: This encryption program has been reduced to use and is extremely secure. Operating on commercial products, such as the blackberry and cellular phones, the user is never placed at risk in being identified as using an encryption mechanism. Additional security and safety features permit: an SOS with locator; and, the ability to “reach out” and destroy the saved messages (which are stored in encrypted form). Operation is simple permitting the user to focus on their tasks, not on operating the apparatus.

TECHNOLOGY IN DEVELOPMENT:

UNIVERSAL TRANSLATOR: Various government agencies and companies have spent enormous amounts of money in establishing encryption for their own operations; but, this means they are not able to communicate in encrypted form with other agencies/companies that use different encryption methodologies. The Universal Translator permits messages to be sent out in one encryption methodology and then re-conformed to the encryption used by the receiving party; thereby allowing each agency/company to maintain their own internal encryption.

OPERATIONS CONTROL: Cyber assaults have been experienced on almost all computer controlled mechanisms ranging from power grids to airlines, from nuclear power plants to water distribution systems. These cyber assaults are done not just by hackers but also by a variety of foreign governments who may want to disrupt or cripple the USA in war time or simply during tensions. As example, a simple implanted code into the millions of lines of operating instructions for an airliner would improperly read the airliner’s air-speed, thereby forcing a dive to destruction; and, finding this innocuous coding would be impossible until remotely activated. Operations Control eliminates this potential completely by securing the executable program in its original form, immune from any interloper.

VOICE ENCRYPTION: Tapping of cellular phones is becoming an ever increasing problem. This technology provides for an inexpensive and easily used mechanism for voice to be encrypted between cell phones, thereby making taps useless.

AT-REST ENCRYPTION: Data on all types of digital mechanisms is at risk of being misappropriated. Even a company’s own and loyal employees put data at risk when they take the information home for work there, and then loose the computer (there are numerous reports of this occurring). This technology provides simple and easily used encryption of data at-rest, thereby rendering the loss of an apparatus not a security breach.

M/O CODE: This is an enhanced encryption methodology which provides a variable bit length encryption. With the bit length varying from letter to letter, breaking the code becomes an even more difficult task.