Data centers, high-tech and aerospace companies, medical suppliers, automotive industry



Operating system for general-purpose AI - in development, beta release expected in 2020


a. hardwired, written exclusively in VHDL for FPGA SiPs containing HBM2 memory, e.g. Xilinx XCVU37P

b. massive parallel processing, for executing exclusively neural nets

c. dedicated networks on chip - connecting all neural nets including the i/o neural drivers

d. real-time, enabling human-alike reaction times, e.g. 1ms for all simultaneously active neurons

e. made for embedded systems, requires a connectivity to sensors and actors of a corresponding body


a. Interfaces, for Ethernet only, as 10/100/1000 Mb and 10/25/100 Gbit

b. support for HBM2, to be used for storing kernel applications

d. support for DDR4 , to be used for storing accumulated knowledge

d. applications, as brain regions with multiple neural nets connected to an ANS

e. support for self-learning mechanism, which is implemented as the interaction between neural nets

ANS support

a. upload/download, via Ethernet + only for development purposes

b. debugger, via Ethernet + only for development purposes

c. configuration , as place + route + connect + activate all neural nets within the ANS

d. support for encrypted storage, means the entire ANS is stored internally and encrypted

e. support for modes, execution pause for certain period of time, self-learning mechanism switch on/off, etc.

ANS - Artificial Nervous System, -in development, first prototype expected in 2020

1. requires operating system
for general-purpose AI, details see above
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.

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 or other complex environments

Program for Early Adopters / Custom designs

Early Adopters and custom designs are welcome, on a project basis with the following steps:

1st step is feasibility 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. terrestrial, 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, possible under real conditions