At the VMware Explore 2025 event, Krish Prasad, VMware Senior Vice President and General Manager of Cloud Foundation, revealed that VMware Cloud Foundation will further support Arm-based server hardware environments, but no specific timeline has been announced.
VCF adds support for Arm architecture hardware to meet market demand
Chris Wolf, global head of AI and advanced services for VMware's cloud infrastructure business, said in a subsequent interview that the provision of corresponding solutions for Arm architecture hardware is mainly in response to the current development needs of the server market. He is also optimistic about the advantages of Arm architecture servers in driving high performance, low power consumption, and allowing enterprises to further control service operating costs.
However, Chris Wolf emphasized that VMware's design direction will not be adjusted specifically for a specific hardware architecture. Therefore, even if it is determined to adjust its VCF solution for Arm architecture hardware, it is not to meet the operating requirements of all processors designed with Arm architecture, but to meet the company's requirements for specific server design forms, but this type of server hardware environment is built on the Arm architecture.
At the same time, having previously incorporated Intel, AMD, and NVIDIA computing platform designs into its VCF solution, VMware will not necessarily proactively incorporate more hardware support designs into its VCF solution, even though it has now confirmed that it will further increase support for Arm architecture hardware, unless there is a clear market demand.
Chris Wolf did not disclose which Arm architecture processors the VCF design is currently targeting, emphasizing only that they will provide tailored product designs based on customer needs. Currently, VCF is expected to support computing platforms that utilize a complete Arm architecture design, such as MediaTek processors built using Arm reference designs, or computing platforms that utilize the Arm instruction set but utilize custom architecture designs, such as those from Qualcomm, Apple, and other companies that utilize the Arm instruction set as a foundation with their own core designs.
The optimistic outlook for the development of generative AI and agent AI services will bring greater opportunities for VMware.
Chris Wolf expressed optimism about the increasing popularity of generative AI and proxy AI services. However, he also noted that while these services offer significant convenience, they can also lead to internal data leakage. VMware, therefore, hopes to use its VCF solution to help enterprises further manage the security of data used by internal services. For example, by adding support for the MCP (Model Context Protocol) standard, generative AI or proxy AI services can automatically determine which information should not be used arbitrarily, thereby helping enterprise IT personnel effectively control information leakage.
As for how VMware can maintain technological innovation while ensuring data privacy and security, Chris Wolf explained that it will become increasingly important to continuously integrate and support more software technologies and incorporate more technical standards into the VCF solution, thereby giving enterprises greater control over data governance.
Chris Wolf said that in the future, we will see more agent AI services coming out one after another, which will also give VMware greater development opportunities.
