Engineering is our passion. The best is when our customers simply use the product and they do not have to think about it. We only use high quality components for our electronics. Completely designed and produced in Germany together with selected high quality components ensures long lifetime and a very low failure rate during production and operation. This reduces our production costs and ensures our customers a reliable quality.

Dedicated hardware is the key for a successful project. A functional specification document must be generated before any further steps. Here are written in the key functions with specifications for mechanic stability, temperature and humidity range. This description is the basis for further component selection. The necessary components like microcontroller voltage regulators bus-controllers have to fullfill our specs.

Then we start the hardware design and layout. Design rules make the hardware more robust against external influences like high voltage from the ignition system. We are equipped with experiences in hardware design & Layout for more than 15 years.

Software development is the most critical and most time consuming part. Software  testing is around 65% of the software engineering time frame. We are testing with simulator tools and we do praxis test for several month before we sell any product. We produce high reliable software code since we keep the main routine very simple. We do not use complex algorithms or wait loops in our code. This is our concept and we only use the programming language C. This grants a clean program, error-free code and stable software.  Key processes are implemented in interrupt routines so that they will be handled in a regular time base or event-driven but without repeating loops. Furthermore watchdog functionality verify the proper program function and in any case of an software failure the controller will be reseted to prevent non-functionality during operation. The combination of all these technologies grants a high failure safety for our products.

Our own push button control unit was modified to reduce the quiescence current to nearly zero and further option were integrated.
It would be a shame to just use it for ourself and the decision was born for an outsourced company. Customized Bike^® was founded with the CAN-Xone product.

In 2016 we customized a softail from 2011 for our own use. We decided to replace the original control units against levers from Performance Machine^® and buttons from MotoGadget^®. Since there was no proper working push button control unit available we decided to produce our own one.

In 2013 our engineering developed a CAN-bus component with an industrial partner for a car application. This product is still available on market, now for years with a high reputation.

In 2012 we developed our first CAN-bus application. This project was a cooperation with an industrial partner and we developed the hard & software for an elevator system exists of 4 units in a tower building. Dedicated algorithms, optimized for best driveway and economy, made it simply work and granted the project success.

Our engineering office was founded in 2002. We conduct hard-and software engineering for industrial applications and scientific customers. We produce time critical applications and network technologies  based on micro controllers and FPGA’s.

Customized Bike^® is a split off and was founded in 2017. We use Microsoft^® Windows and Linux for our development and the target platforms are mainly ARM^® processors like inside most cell phones on markets and Intel FPGA’s (former Altera). This newest processor  generations grants high performance combined with high quality.