Author: Tobias Langkammerer

A fully equipped vehicle produces several gigabits of data per second. In particular, this data provides information about the technical condition of the vehicle. In raw format and also in standardized data description formats, however, this data is generally not comprehensible to humans. Therefore, they are interpreted by software and converted into human-readable information. Softing's Smart Diagnostic Engine (SDA) is a platform-independent runtime system that interprets and executes diagnostic functions, simple diagnostic services and even complex and automated diagnostic sequences for precisely this purpose.

Our new video series "Solution Spotlights" is now available for you. Our trainers use practical examples to introduce you to the challenges of automotive electronics as well as concrete solution approaches and their benefits. The short videos are not only suitable for experts, but also for beginners from the areas of development, production as well as aftersales. Each topic is explained in an easy-to-understand manner and is also clearly illustrated by a short demo of the use case from practice.

Softing Automotive is proud sponsor of the Formula Student Racing Team municHMotorsport e.V. of the University of Applied Sciences Munich. Since the 2022/23 season, we have been supporting the student racing team in the areas of vehicle electronics and software development. 

Increase efficiency with parallel access to ECUs and vehicles! Discover how parallel testing and updating of ECU software can help you significantly enhance engineering efficiency, improve vehicle quality, increase the flexibility of software management, and enable faster adaptation to changing requirements.

Remote Vehicle Access offers an innovative solution for vehicle diagnostics, measuring and testing ECUs. Using wireless communication technologies, electronic vehicle systems can be monitored, controlled and diagnosed remotely. This enables vehicle manufacturers and workshops to quickly detect and rectify faults in the vehicle without having to be physically on site.

An overview of the dates and further information on our online seminars from Softing Automotive for the summer 2023 can be seen here. Compact and modular training seminars with practice-oriented user workshops and profound theoretical knowledge. With our basic and expert seminars, we will support you in your daily challenges. We offer beginners as well as advanced users the professional handling of our tools in vehicle diagnostics and communication. In addition, we offer you the opportunity to gain basic as well as in-depth knowledge of the standards of data concepts (ODX) and diagnostic sequences (OTX).

The automotive industry has realized that software is assuming an increasingly important role in vehicle technology. In the process, the number of lines of code in vehicles has risen many times over. To meet these requirements, the industry is cooperating more and more with technology companies. In this partnership, cloud technologies and mobile platforms are being explored to optimize software processes and digitize vehicle production. In the future, autonomous vehicle systems are conceivable that perform their own tests, updates and coding.

Softing Automotive welcomes you again this year to the Diagnostics Conference in Dresden. On May 23 and 24, you will learn everything about diagnostics in mechatronic vehicle systems. Among others, Jürgen Heilmeier, Manager Innovation & Test at Softing Automotive, and Markus Steffelbauer, Head of Product Management at Softing Automitive, will present the innovations in SOVD in development - from ECU to vehicle.

The complexity in the E/E architecture continues to increase - and with it the required test effort. This applies both with regard to the validation of functionalities and to ongoing regression tests of the test methods. The latter are of particular importance due to the strong creation of variants of vehicles, both in terms of functionality and via software and hardware variants released over time. Different motorizations, for example, are generated both via different engines and via coding.

The fields of innovation, electric and alternative drives, as well as increasing digitalization and automated driving, are of particular importance in the mobility of the future. We would like to know the professional view of an independent expert from the field of vehicle systems technology on this topic. To this end, we have arranged an interview with Prof. Dr.-Ing. Stefan Goß and would like to know how he views current developments in the automotive industry and their impact on standardization in vehicle diagnostics.