CodeThink and Arm demonstrate the integration of the Arm Software Test Library (STL) into the Linux software stack.

Explore how integrating Arm’s STL into Classic AUTOSAR and microcontroller hypervisors enhances automotive safety and reliability, meeting ISO26262 standards.

Blog post about automotive transformation and embedded real-time virtualization technology, leveraged by Elektrobit’s EB tresos Embedded Hypervisor.

Simplify SW development for Arm Cortex-R82AE based designs that targets high-performance automotive zonal controllers and Safety Island applications.

This blog explores software integration on Armv8-R Cortex-R52+ for automotive applications in modern AI-enabled software-defined vehicles.

The new Automotive Enhanced (AE) IP are underpinned by a broad range of functional safety features and capabilities for the software-defined vehicle.

Arm offers guidance on migrating existing software from Cortex-M Armv7-M based designs onto Cortex-R Armv8-R based designs.

How the latest ISO standards are addressing cybersecurity challenges in the automotive industry and how Arm is meeting them through the latest security architecture and products.

A detailed summary of how automotive developers can simplify motor control software development on NXP's S32K automotive microcontroller.

In this blog, we talk about the recently updated Arm Cortex-M23 processor, which now features enhanced capabilities for automotive applications.

Learn more about virtualization and its benefits for the automotive industry.

Learn about the different Arm software and tools that can be used to accelerate functional safety development for automotive vehicles.

The annual largest Arm technology forum in APAC, Arm Tech Symposia, is back and running from November 2 until December 1. Learn more about it here.

New Arm collaboration with Wind River is set to deliver functional safety compliance in centralized vehicle controllers in the automotive sector.

Find out more about Functional Safety with SoC designs and Software Test Libraries.

To demonstrate Arm’s commitment to functional safety, we announce the launch of our Safety Ready program.

Currently, there are many processors that are not designed with functional safety standards in mind and the use of these can lead to lengthy and costly qualification processes for safety relevant applications…

Read about how the Cortex-M55 CPU is Functional Safety ready and fuelling the next generation of automotive microcontrollers.

This blog explores the Arm Mali-G78AE GPU being the first modern, high performance, automotive focused GPU to achieve full TUV certification, a safety standard officially by the automotive industry.

Arm Compiler for Embedded FuSa 6.16LTS is now available. The toolchain is qualified by TÜV SÜD for use in applications conforming to the safety standards to the highest SIL levels.

Cloud native approaches are critical to enabling the software defined car, read more in this blog post.