Infineon Automotive MCU Evaluation Platform on AWS Speeds Vehicle Software Development

Infineon Technologies AG announced on June 22 that it has entered into a collaboration with Amazon Web Services (AWS) to accelerate the evaluation of microcontrollers used in automotive applications. The initiative is designed to shorten development timelines for vehicle systems through a new cloud-based environment that enables virtual evaluation of Infineon automotive MCUs. Powered by AWS infrastructure, the platform allows development teams to assess and validate devices without relying on traditional hardware-based testing setups, helping improve efficiency while reducing both time and cost associated with early-stage evaluation.

Cloud-Based Evaluation Platform Targets Faster Development Cycles

The newly introduced Automotive MCU Evaluation Platform eliminates the requirement for physical hardware during the initial evaluation phase. By moving MCU testing and validation activities to a cloud-native environment, organizations can significantly reduce evaluation cycles and lower per-user costs. The platform already incorporates Infineon’s next-generation RISC-V architecture, giving customers access to advanced controller technologies in a virtual setting. Selected customers are expected to gain access during the third quarter of 2026, with broader customer availability planned in subsequent phases.

Built on AWS Virtual Engineering Workbench

The solution is built on the Virtual Engineering Workbench, an AWS open-source framework designed to support virtual engineering workflows. Through this foundation, users receive a comprehensive cloud-native MCU evaluation experience that can be accessed directly through a browser. The platform aims to simplify software and hardware assessment processes while supporting modern automotive development requirements, particularly as vehicle architectures become increasingly software-centric and development teams seek scalable evaluation environments.

Dual Workflow Approach for Automotive Engineers

The platform provides two operating modes tailored to different engineering needs. Quick Mode enables rapid MCU validation through pre-configured applications, allowing teams to perform evaluations with minimal setup effort. Expert Mode offers a more advanced environment where engineers can compile code, flash software, perform debugging activities, and conduct performance analysis entirely within a browser-based workspace. This dual-workflow structure is intended to support both fast validation tasks and deeper engineering investigations across automotive development programs.

Key Features of the New Automotive MCU Evaluation Platform

• Cloud-based virtual evaluation of automotive MCUs
• Eliminates dependency on physical hardware
• Reduces evaluation time and user costs
• Includes next-generation RISC-V architecture support
• Built on AWS Virtual Engineering Workbench
• Supports Quick Mode and Expert Mode workflows

The collaboration between Infineon and AWS reflects the growing shift toward cloud-native development tools in the automotive sector. By enabling virtual MCU evaluation through scalable infrastructure, the companies aim to help customers accelerate software development, improve engineering productivity, and streamline validation activities for future vehicle systems.

Frequently Asked Questions

What is the new platform launched by Infineon and AWS?
The new platform is a cloud-based Automotive MCU Evaluation Platform developed through a collaboration between Infineon and AWS. It enables virtual evaluation of automotive microcontrollers without requiring physical hardware. Built on AWS Virtual Engineering Workbench, the platform provides browser-based access for MCU validation, software development, debugging, flashing, and performance analysis. The solution is intended to reduce development timelines, lower evaluation costs, and support faster automotive software engineering workflows.

When will customers be able to access the platform?
Selected Infineon customers are scheduled to receive access to the platform during the third quarter of 2026. Following the initial rollout, Infineon plans to expand availability to additional customers. The platform already includes support for the company’s next-generation RISC-V architecture and offers both Quick Mode and Expert Mode workflows. This phased deployment strategy allows Infineon to gradually scale adoption while supporting customer evaluation and development requirements across automotive applications.