• Problem
  At the beginning, together with the Customer, we define the problem, the possible ways of solving it and its risks; we then prepare a schedule and estimate the cost

• An appropriate work methodology is important; as far as we are concerned, this involves ‘design thinking’, so-called which recognises the possible range of the Customer's needs and allows an appropriate solution to be proposed, but one which, possibly, was not what we originally intended

• At the beginning, together with the Customer, we define the problem, the possible ways of solving it and its risks; we then prepare a schedule and estimate the cost
  An appropriate work methodology is important; as far as we are concerned, this involves ‘design thinking’, so-called which recognises the possible range of the Customer's needs and allows an appropriate solution to be proposed, but one which, possibly, was not what we originally intended

• High-Tech Solution
  In the next stage, we try to transform the idea into hardware and software architecture with specific technical parameters

• On this basis, a workshop for technological solutions is selected, a precise work plan is built and internal executive documentation is created, setting out the engineers' future work

• In the next stage, we try to transform the idea into hardware and software architecture with specific technical parameters
  On this basis, a workshop for technological solutions is selected, a precise work plan is built and internal executive documentation is created, setting out the engineers' future work

• Designing an electronic device
  In most cases, the design of an electronic device is a fundamental component of the work to achieve the project's goals

• At this stage, our engineers design and prototype a dedicated electronic solution, based on the agreed specification and list of requirements

• Depending on the complexity of the project, several conceptual verification procedures are carried out, the Proof-of-Concept so-called

Designing an electronic device

In most cases, the design of an electronic device is a fundamental component of the work to achieve the project's goals
At this stage, our engineers design and prototype a dedicated electronic solution, based on the agreed specification and list of requirements
Depending on the complexity of the project, several conceptual verification procedures are carried out, the Proof-of-Concept so-called

• Software
  Developing and implementing cornerstone software, is the next stage in the development of an electronic device

• Initially, our engineers install the system software into the development platform and then into the target hardware

• Depending on the complexity of the project, the test strategy is designed and implemented separately

• Developing and implementing cornerstone software, is the next stage in the development of an electronic device
  Initially, our engineers install the system software into the development platform and then into the target hardware
  Depending on the complexity of the project, the test strategy is designed and implemented separately

• Prototype
  Before implementation takes place, we conduct a trial production series, or ‘pilot’, so-called

• The purpose of this stage is to identify problems affecting production of the device, itself and the production testing process

• This is the area of ‘Design for Test’ (DFT) and ‘Design for Manufacturability’ (DFM) activities

• It is also the right moment to introduce any other design adjustments and improvements, generally understood as ‘Design for Excellence’, so-called (DFX)

• Before implementation takes place, we conduct a trial production series, or ‘pilot’, so-called
  The purpose of this stage is to identify problems affecting production of the device, itself and the production testing process
  This is the area of ‘Design for Test’ (DFT) and ‘Design for Manufacturability’ (DFM) activities
  It is also the right moment to introduce any other design adjustments and improvements, generally understood as ‘Design for Excellence’, so-called (DFX)

• Production supervision
  This is the stage for starting production, monitoring the supply chain and reacting to changes that may occur in it

• Particular attention is paid to the availability and lifetime of the components of the device

• Although this is essentially the area of competence of an EMS provider, we help in maintaining continuity of production, in terms of product maintenance and development and we also monitor production yield, especially in the first production batches

• This is the stage for starting production, monitoring the supply chain and reacting to changes that may occur in it
  Particular attention is paid to the availability and lifetime of the components of the device
  Although this is essentially the area of competence of an EMS provider, we help in maintaining continuity of production, in terms of product maintenance and development and we also monitor production yield, especially in the first production batches

Operational and Maintenance Unit

Motherboard for Intel Atom processors

Safety class II medical device

Detector with LTE-Cat.M connectivity

• Our services
  Our team uses its extensive experience to implement even the most complex of electronic systems

• We can offer comprehensive support for the entire project or just for selected tasks, in an indicated phase

• See the structure of our services

• OFFER
  Our team uses its extensive experience to implement even the most complex of electronic systems
  We can offer comprehensive support for the entire project or just for selected tasks, in an indicated phase
  See the structure of our services

• Why us?
  We support the implementation of projects at every stage when creating a new product, from development research, through prototyping, to mass production, inclusively

• Our team’s expertise includes both electronic systems, based on modern, high-speed digital circuits FPGA, DSP and SoC, as well as analogue solutions, from dedicated signal
  WHY US?
  We support the implementation of projects at every stage when creating a new product, from development research, through prototyping, to mass production, inclusively
  Our team’s expertise includes both electronic systems, based on modern, high-speed digital circuits FPGA, DSP and SoC, as well as analogue solutions, from dedicated signal