The development within embedded software is ever-changing, and it still places increasing demands on companies for strong competencies in the field. And this is where Move Innovation represents a crucial difference for its customers. Our software engineers' close collaboration with our hardware engineers creates a wide range of potential applications for embedded software and these applications can help make the products more intelligent and highly potent.

Our customers possess substantial professional business skills. These need to be converted into logic in embedded software in the components of the devices. In the old days, the field of expertise should be translated into requirements and then implemented in embedded software. Many have learned that explaining 20 years of expert knowledge to embedded software engineers can take a very long time. Move Innovation has minimized this time by converting expert knowledge directly through advanced conversion tools instead of old-fashioned 1:1 development. Our embedded programmers thus place the converted code into testable logical blocks that customer experts can subsequently verify.

Move Innovation has thus reduced the task: from understanding the subject area into detail to understanding the interfaces of the field's algorithms and logic. In practice, it is called model-based development. And experience has shown that in some cases we have reduced the development costs of embbeded software by 80 to 90%.

With many years of experience in embedded software, technological development, design and business understanding, Move Innovation is an ideal partner when developing or further developing new devices. For us, embedded software also means secure communication with other devices and back office systems; for example Manufacturing Execution Systems (MES) and Condition Management Systems (CMS).




Move Innovation has developed a range of products where we combine our knowledge of FPGA systems with our expertise in mathematical tools, for example Matlab. The products are typically used to move expert knowledge close to the machines. This way, the knowledge of production engineers is implemented quickly in the production line.

The purpose of creating productivity improvements in production through the use of FPGA systems has created major competitive advantages for our customers.

There are a number of good reasons for using FPGAs, including:

  • Flexibility in the design, with the option of customized peripherals
  • Avoid expiration, FPGAs can be updated
  • Support for multiple kernels
  • Hardware acceleration
  • Good and well-developed software tools

Today, the development of FPGA systems is therefore an important part of the vast majority of Move Innovations' projects.