How we work

During the design phase, we refine the high-level solution architecture for both hardware and software. For hardware, this involves detailed design with schematics, component selection, and considerations for integration, EMC, and testing, all standardized through templates and peer reviews. In software, we develop the architecture based on product requirements, defining functionality, interfaces, and data flow, leading to a high-level application design without producing code.

During the development phase, the design is refined from a basic PCB to a final prototype within its housing, adhering to design rules, a test plan, and requirements. This phase includes EMC and climate testing, with real-time collaboration with industrial design partners.

Multiple prototype iterations are peer-reviewed and tested for quality. In software, development follows three-week sprints using a scrum framework, translating the architecture into prioritized, peer-reviewed features tested through Continuous Integration (CI) to ensure quality and deliver maximum value to the customer.

A design is not a good design if it cannot be manufactured. Choices about manufacturing are an important cost driver for your final product. To make your product as successful as possible, manufacturing requires special focus, which we cover with industrialization.

Industrialization involves all activities that are needed to transfer a product design to manufacturing.

Product development and successful transfer to manufacturing is all about collaboration. Throughout the years we have build partnerships with a selective number of suppliers, who are not only capable in their field of expertise, but also have shown the ability to work successfully together on the most challenging projects.