Automotive

Tag: SOVD

Webinar | SOVD - Standardized Diagnostic Access to SDVs

Learn all about SOVD (Service-Oriented Vehicle Diagnostics), the standard for diagnostics in the software-defined vehicle (SDV). Learn how SOVD enables standardised access to diagnostic systems via an API - from remote access to applications in production and workshops. Discover use cases, basic concepts and benefits of this future-orientated approach for the automotive industry.

Free Webinar | Simplify Diagnostic Applications Using Service-Oriented APIs

Innovative technologies in the automotive industry require adaptation of vehicle architecture and diagnostic processes. Softing Automotive offers a toolchain based on diagnostic standards to meet market trends and reduce complexity.

Visit us at the 16th Conference on Diagnostics in Dresden, Germany

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.

Standardization Drives Quality and Efficiency in Vehicle Diagnostics – Interview with Professor Dr.-Ing. Goß

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.

SOVD – The Diagnostic Standard of Tomorrow

SOVD - Service Oriented Vehicle Diagnostics

Due to current megatrends such as autonomous driving, significantly higher computing power is required in the vehicle than can be provided by today's ECUs. Consequently high-performance computers (HPCs) are being installed in the vehicle to implement both centralized control and diagnostic functions. Standardization of the interface is therefore an obvious step, and is currently being carried out in ASAM e.V. under the name SOVD (Service Oriented Vehicle Diagnostics).

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