Autonomous Vehicle Development

A child crossing the street trusts that your self-driving vehicles are safe and reliable. Create the trust your customers need and develop the self-driving vehicles the world is waiting for with Siemens Autonomous Vehicle Development.

A revolution is transforming the automotive industry. Powerful digital technologies are driving demand for autonomous transport solutions, and they are disrupting existing approaches to car building. These smart and connected vehicles powered by Artificial Intelligence represent a considerable challenge and opportunity for automakers. Developing future vehicles comes with a great increase in complexity, so the right tools and technology partners will be needed.

Siemens Autonomous Vehicle Development solutions offer a full set of tools for all key technical domains to cover every development aspect, on the level of the chip, E/E system, full vehicle, and even city level.

A revolution is transforming the automotive industry. Powerful digital technologies are driving demand for autonomous transport solutions, and they are disrupting existing approaches to car building. These smart and connected vehicles powered by Artificial Intelligence represent a considerable challenge and opportunity for automakers. Developing future vehicles comes with a great increase in complexity, so the right tools and technology partners will be needed.

Siemens Autonomous Vehicle Development solutions offer a full set of tools for all key technical domains to cover every development aspect, on the level of the chip, E/E system, full vehicle, and even city level.

Man relaxing in a self-driving vehicle, enjoying a video call with his family. Rusting your vehicle is safely developed using Siemens solutions for Autonomous Vehicle Development.

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Future vehicles will be computers on wheels and will welcome digital transformation

The race to lead autonomous vehicle development has begun. New digital technologies are driving demand for smart connected products like self-driving cars. Forecasts predict many trillions of dollars of economic activity from new and existing automakers, shared mobility services, and an increasingly varied auto supply chain over the next few decades. You can expect an unprecedented increase in vehicle development complexity in an already challenging market with fierce global competition from technology companies. New vehicle development approaches are required to take a leading position in developing ADAS and autonomous vehicles of the future. To deliver these complex autonomous transport solutions in a safe, reliable way and at the right cost demands radical changes to the way the vehicles are designed, manufactured, and sold. A digital transformation is needed, and Siemens can provide you with the powerful Autonomous Vehicle Development tools you need to succeed.

Intelligent Autonomous Vehicle Development

At the heart of self-driving vehicles resides powerful embedded software, chips, and electronics. These vehicles will rely heavily on artificial intelligence, and as a result, they will require extensive testing, verification, and validation.

Being highly complex machines, AVs will involve cross-domain engineering from integrated circuit design to city infrastructure and vehicle deployment. To tackle this complexity and facilitate validation, an integrated solution of simulation, testing, virtual validation, and engineering is required.

Autonomous Vehicle Development powered by the Digital Twin

Siloed approaches for managing individual systems won’t suffice when tackling the increased complexity of Autonomous Vehicle Development. Instead, developers must integrate all processes within a comprehensive digital solution. Siemens’ solutions for Autonomous Vehicle development enable an agile, model-based development with integrated data flows and software-based simulation capabilities. Learn more today.

Man relaxing in a self-driving vehicle, enjoying a video call with his family. Rusting your vehicle is safely developed using Siemens solutions for Autonomous Vehicle Development.

オンデマンド・ウェビナー

Improving safety and reliability of Advanced Driver Assistance Systems (ADAS) in harsh operating conditions

Improving the design of ADAS systems in harsh weather conditions

Learn how using CFD reduces the impact of rainwater on ADAS sensors

ウェビナーを視る

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