Master the challenges of software-defined vehicles with a unified development flow
Leverage a holistic approach to conquer complexity, accelerate innovation, and deliver next-generation vehicles faster
The automotive industry is undergoing a radical shift towards software-defined vehicles. This transformation demands a new approach to development that integrates advanced computing technologies and fosters seamless collaboration.
Learn how an integrated solution can mitigate risks with early system-level testing, improve quality through generative design, catch errors early with virtual ECU testing, and deploy secure production code faster, all while adhering to stringent AUTOSAR standards.
Download the white paper and discover how Siemens and IBM can help you master the software-defined vehicle and revolutionize your development process.
Challenges and solutions for modern automotive development
Consumers crave features like ADAS, digital subscriptions, and connected car experiences, but this complexity demands a new approach to software development.
Centralized, domain-based, and zonal architectures offer more efficient ways to organize software functions. High-performance computing platforms and automotive ethernet support the data demands of modern vehicles. Modular, scalable software promotes code reuse and simplifies updates.
The key to success lies in a holistic development approach.
Manufacturers need tools enabling seamless collaboration across disciplines and a digital thread that tracks progress throughout the product lifecycle.
Accelerate development with a seamless, model-based design flow for automotive software
Break down silos and streamline your software development process with a model-based design approach with a solution that integrates Siemens Capital Software Developer with IBM Rhapsody to create a digital thread throughout the entire development lifecycle.
This seamless workflow enables early validation through simulation and model-driven design, reducing errors and rework costs. AUTOSAR compliance ensures compatibility and simplifies integration with different ECUs. Virtual ECU testing allows you to catch bugs early and optimize performance before physical prototypes are built.
Discover how a model-based design approach can accelerate your development cycles, improve software quality, and bring your innovative vehicles to market faster.