At this stage, we analyse the requirements and assumptions obtained from the customer, identify problems, challenges and potential risks. Subsequently, we search for possible technical solutions, bearing in mind the target scale of production and the planned design. This phase provides the general outlines, possibilities and limitations for implementation.

The architecture defines the division of the electronic device (system) into subsystems and determines the functions of these subsystems and relations between them.

The system architecture is a drawing representation of the device structure.

At this stage we create a construction document, a detailed electrical diagram, which depicts the components of an electrical object and the connections between them using standardised graphic symbols. The schematic illustrates the actual connections or interdependencies existing in the system.

As part of the cooperation, we implement the design of printed circuit boards (PCB), organise the production of a target number of pieces and deal with assembly.

We produce custom PCBs in both prototype and serial quantities.

As a result of cooperation, we create production files and help with production documentation.

Functional prototype testing enables the detection of problems and their rapid correction at the conceptual stage. The tests examine what the system, subsystem or module in question does and whether it actually works in accordance with the theoretical concept. Preliminary tests simulate the operation of the device and use according to the assumed use cases.

At this stage we create a bill of materials (BOM), which stands for a multi-level list of elements, including components with the quantities required to produce a prototype.

We additionally prepare technical documentation which contains all the necessary data to enable the production of a prototype.