The future of automotive mobility: Upcoming E/E architectures, V2X and its challenges

Future vehicles are becoming cell phones on wheels. Learn how centralized computers and cloud offloading are completely reshaping automotive E/E architecture and its immense challenges.

#1about 4 minutes

Global megatrends shaping the future of automotive

Key societal shifts like connectivity, urbanization, demography, and climate change are driving new requirements for the automotive industry.

#2about 4 minutes

Bosch's three pillars of mobility innovation

Bosch focuses its development efforts on three core areas: connected services, automated driving, and electrified powertrains.

#3about 6 minutes

Exploring real-world automotive use cases from Bosch

Practical examples like the Road Signature Service, Driverless Parking, and Battery in the Cloud demonstrate how Bosch is implementing its innovation pillars.

#4about 5 minutes

The role and challenges of V2X communication

Vehicle-to-Everything (V2X) communication is the common technological thread in modern use cases, introducing challenges around data privacy and the need for decentralized solutions.

#5about 13 minutes

Brainstorming features and requirements for driverless parking

An interactive session identifies key end-user features, UI preferences, and non-functional requirements like security and safety for an automated parking system.

#6about 11 minutes

Defining the architecture and technology for driverless parking

The discussion moves to the technical implementation, covering necessary sensors, infrastructure components, technology stacks, and development methodologies for autonomous parking.

#7about 10 minutes

Identifying risks and challenges for autonomous systems

Potential obstacles for driverless parking are explored, including data privacy concerns, legal liability, system failures, and cybersecurity threats like signal jamming.

#8about 7 minutes

Q&A on automotive technologies and legal liability

The Q&A session addresses audience questions about specific technologies like computer vision, the complexities of legal liability in accidents, and the role of machine learning.

#9about 8 minutes

The evolution of automotive electric and electronic architectures

The shift in E/E architecture is examined, moving from distributed ECUs to centralized vehicle computers and cloud-based processing to handle increasing complexity.

#10about 2 minutes

How Bosch organizes for cross-domain computing solutions

Bosch's Cross-Domain Computing Solutions (XC) division was created to unify software and electronics expertise, enabling the delivery of integrated systems from a single source.

#11about 2 minutes

An overview of Bosch's global R&D and business sectors

A broader look at Bosch reveals a diverse, global company with a strong focus on R&D across its four main business sectors, including Mobility Solutions.

#12about 3 minutes

A look inside Bosch's development work in Vienna

The Vienna location focuses on key areas like multi-chip communication, low-level software, virtualization, flexible software updates, and electromobility components.

#13about 15 minutes

What Bosch looks for in engineering talent

Bosch seeks engineers with technical backgrounds in areas like embedded software and computer science, combined with crucial soft skills like motivation and a collaborative mindset.