Virtual Hardware for Modern Embedded Software Workflows

Embedded Software development has traditionally relied on access to physical hardware. While development boards and prototype remain essential, they can also create bottlenecks when hardware availability is limited, teams are distributed across locations, or multiple engineers need access to same platform. These challenges can slow development, testing, and debugging activities, particularly during the early stages of project when rapid iteration is critical. 

Virtual hardware platforms are helping engineering teams overcome many of these challenges by providing software-accessible representations of physical devices. Solutions such as Arm Virtual Hardware (AVH) allow developers to begin software development, testing, and validation before physical hardware is available. By enabling scalable, cloud-based execution environments, virtual platforms support modern development practices such as continuous integration, automated testing, and remote collaboration while reducing dependence on limited hardware resources.

Corellium builds on the concept of virtual hardware by providing Arm-based virtual platforms that support embedded software development, testing, debugging, and validation workflows. By giving developers on-demand access to virtual target platforms, teams can begin software development earlier and avoid delays caused by limited hardware availability. Virtual platforms can also simplify testing by making it easier to run repeatable test scenarios, perform regression testing, and integrate automated validation into CI/CD pipelines. Developers can currently explore supported platforms including Raspberry Pi 4, NXP i.MX 93, NXP i.MX 8M, and the STM32U5 IoT Discovery Kit, providing a practical way to evaluate virtual hardware workflows on widely used Arm-based devices. This flexibility allows development and testing activities to scale more easily while helping teams maintain consistency across projects and locations. 

As embedded systems continue to grow in complexity, development teams are looking for ways to improve efficiency without compromising quality. Virtual hardware is increasingly becoming a valuable complement to physical devices, helping teams start software development sooner, test more effectively, and support distributed engineering workflows. Platforms such as Corellium make it possible to reduce dependence on hardware availability, allowing engineers to spend more time developing and validating software and less time waiting for access to target platforms.

Published by Hrutik Champaneri | Joral Technologies
For more information about Corellium and virtual hardware solutions, contact hrutik.champaneri@joraltechnologies.com

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