Products and Markets


ANS - Artificial Nervous System to be used in "living machines", contains the following:

1. real-time operating system, written in VHDL for FPGA SiPs containing HBM2 memory

it enables massive parallel processing with "human-alike"reaction times

2. neural drivers, for connected sensors, actors and internal organs of an embedded system

3. neural nets, as applications, which simulate various brain regions

4. self-learning mechanism, integrated within the neural net application framework

5. accumulated knowledge, with storage and retrieval of information according to situation

ANS software is delivered only within the body hardware of the corresponding embedded system, with a structure suited strictly for the framework of connected sensors, actors, internal organs, where the skills, abilities and knowledge are implemented according to the client requirements.


Data centers, sensors recognition DB together with knowledge accumulated via ANS

Technology and aerospace, autonomous and intelligent processes for complex vehicles and robots

Examples for products

Embedded system with specific ANS to be used autonomously with human-alike intelligence as:

                 Manager of static facilities, like intelligent buildings, automated factories, etc.

              Pilots for vehicles of all types, such as ships, planes and satellites

              Robotic workers in harsh environments, as robots for activities in space

More details on the datasheet, availability and pricing of our products will be published soon !

Custom design inquiries

Custom designs can be taken into consideration, only on a project basis with the following steps:

1st step is feasability study, will include the requirements for the desired:

  a. body hardware, with corresponding sensors/actors/internal organs

   b. environment, to be used in, e.g. terestrial, naval, aerial, space, etc.

   c. skills, needed to perform activities

   d. knowledge, accumulated via specific training

2nd step is prototype creation, with all sensors/actors/internal organs and body framework

3rd step is specific training, to obtain the skills and knowledge

4th step is test under real conditions