The New Technology

The thought process is not an instant or single reaction. Moreover, it is the product of a rapid multiple stimulation of the brain. The end result is the point at which no change in the product (the computational conclusion) is derived even after running the thought process repeatedly. Of course, the whole thought process happens extremely fast and without manual (user) influence. We call this autonomic intelligence.

«Autonomic intelligence» has the ability to adapt to the data given and offers functionality based on the intrinsic information pattern (concept pattern) discovered inside the data itself.

Decisions Are Always Made Based on a Given Data Source

If a thought process is based on given inherent information, of course the system should be fed with as much information as possible in order to reach a wise decision. Memories, operating experience, records, etc., all play a crucial role in decision-making. All these things are weighed in a sound decision.

The Technical Realization of the Biological Compatible Brain

Thinking is a totally recursive (using rules that can be applied repeatedly), self-dynamic, self-organized and self-controlled process. Therefore, the technical realization (simulation) must also be recursive, self-dynamic, self-organized and self-controlled. Otherwise, no real and spontaneous thought process is possible. If any logic were preprogrammed into a brain, this brain would only be as good as its programmer.

The ai-one™ chip

Combined with a knowledge base, the new processor has the ability for taking self-controlled autonomic actions and to learn to adapt via the positive or negative feedback of its own actions.

PIM (Process in Memory)

Our new technology combines data processing and data storage as one single process in our ai-one™ chip. This chip is mounted onto a standard PCI or USB interface printed circuit board.

Depending on data volume, these boards can be clustered, each with a capacity of 0.5 to 1 GB. There is no scale-up limi-tation for very large data volumes (gigabytes, terabytes, or larger).