New Siemens PAVE360 Automotive to Accelerate Software-Defined Vehicle Development
New Siemens PAVE360 Automotive to Accelerate Software-Defined Vehicle Development
Synopsis
- Siemens introduces PAVE360 Automotive, a pre-integrated digital twin designed to reduce automotive system development timelines
- The platform enables early, full-system validation for ADAS, autonomous driving and in-vehicle infotainment software
- Industry technologies, including Arm compute platforms, are integrated to support scalable, cloud-based collaboration
Estimated reading time: 3 mins read
Siemens has introduced PAVE360 Automotive, a new off-the-shelf digital twin software environment aimed at tackling the growing complexity of modern vehicle hardware and software integration. As reported by PR Newswire, the platform is designed to allow automakers and suppliers to begin full-system development from the first day of a project, cutting environment setup times from months to days.
PAVE360 Automotive delivers a fully integrated, system-level digital twin that mirrors real vehicle architectures, enabling earlier virtual integration of advanced driver-assistance systems, autonomous driving functions and in-vehicle infotainment software. According to Siemens Industry Software, this approach removes the need for development teams to build custom digital twins before testing software, helping accelerate both application-level and low-level development while reducing time to market.
The report notes that rising vehicle complexity has made traditional development workflows increasingly inadequate, particularly as software-defined vehicles demand tighter coordination across ADAS, AD and IVI domains. Siemens positions PAVE360 Automotive as a virtual blueprint that unifies development teams around a single digital twin, improves efficiency through cloud-based collaboration and allows environments to be customized and scaled with additional software models or external hardware.
PAVE360 Automotive leverages Siemens’ digital twin expertise and hardware-accurate simulation technologies to deliver near real-time performance using the latest automotive intellectual property. This includes deeper integration with technologies from industry partners such as Arm, following earlier collaborations on accelerated virtual environments. Siemens states that embedding Arm compute subsystems into the PAVE360 environment enables software teams to validate and iterate earlier, with potential development time savings of up to two years.
Validation is further supported through real-world feedback loops, allowing digital twins to be connected to physical hardware and tested in live vehicles. Siemens says this capability helps bridge the gap between virtual development and on-road performance, reducing risk as systems move closer to production.
PAVE360 Automotive is built on Siemens’ Innexis software environment and supporting technologies to create system-level digital twins for software-defined vehicles. The company states that the solution will be demonstrated publicly at CES 2026 and made available to customers as part of its broader Siemens Xcelerator portfolio. According to Siemens, the launch reflects its wider strategy to apply digital twin, automation and industrial AI technologies across transportation, manufacturing and infrastructure to support more efficient and sustainable product development.
The report by PR Newswire states that Siemens views PAVE360 Automotive as a foundational step toward enabling the next generation of software-defined vehicles, aligning digital engineering with real-world validation at scale.
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About Siemens PAVE360 Automotive
Siemens PAVE360 Automotive is a pre-integrated, off-the-shelf digital twin software environment designed to help automakers and suppliers manage the growing complexity of software-defined vehicles. Developed by Siemens Digital Industries Software, PAVE360 Automotive enables teams to begin full-system vehicle development from day one, reducing environment setup times from months to days.
The platform delivers a system-level digital twin that mirrors real vehicle hardware, allowing earlier virtual integration of advanced driver-assistance systems, autonomous driving functions, and in-vehicle infotainment software. By removing the need for customers to build custom digital twins before testing, PAVE360 Automotive accelerates both application-level and low-level software development while helping reduce time to market. The solution unifies development teams around a single digital twin, supports cloud-based collaboration, and can be customized and scaled with additional software models or external hardware. Integrated automotive technologies, including Arm compute subsystems, enable hardware-like simulation speeds and earlier validation using real-world feedback connected to physical hardware and vehicles.
Featured image Source: SIemens
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