ADAS and safety
Advanced driver assistance systems (ADAS) pave the way towards autonomous, safer driving.
High-Performance Controllers (HPCs) are key enablers for the centralized automotive architecture of the future.
In today's fast-paced automotive landscape, growing complexity and ever-evolving demands from the market have led to significant challenges in the design and implementation of vehicle electronic and electrical (E/E) architectures. The emergence of new use cases such as seamless connectivity, regular over-the-air updates, and cutting-edge advanced driving assistance features require great computing power.
By enabling the consolidation of various functions of many individual ECUs into central units, HPCs are the backbone of the modern, software-defined vehicle. As a center of service-oriented architecture, HPCs provide high computation power and extensive update capabilities, as well as support for introducing complex algorithms for autonomous driving.
As technology continues to advance, HPCs are expected to play an increasingly vital role in shaping the future of mobility. We help our customers harness the potential of HPC platforms and their development by providing hands-on software engineering expertise.
VP, Automotive Software
Hands-on expertise working with HPC and AUTOSAR architecture. We work with various modules like diagnostics, communication and security utilizing Service-Oriented-Architecture (SOA).
Our experienced teams can work fully independent or be part of customer teams, operating in accordance to the customer's processes and way of working.
To support fast ramp-ups we provide dedicated AUTOSAR training program (up to 9 weeks), fully adjusted to customer needs and timelines.
As a premium partner, we've been working with the AUTOSAR Consortium since 2021 by helping to develop high-performance and flexible platforms and reusable software modules. We promote and facilitate AUTOSAR standard adaptation for various OEMs and Tier 1 companies. We proactively contribute to the Central Coding Team (WG-CCT) and Cloud Team (WG-CLD) activities.
With a standardized vehicle API approach, we help automotive companies to work with fragmented data and increase the efficiency of software development. We have proven expertise in leading the development of the new Automotive API concept in the AUTOSAR consortium, as a part of WG-Cloud team.
Tietoevry actively participates in the development of the software stack to host AUTOSAR Adaptive software components in a centralized embedded car controller. Our expertise includes the development of stand-alone adaptive applications and ready-to-use libraries. Our teams play a major role in the integration of software components within the security domain in customer projects.