Automate x86-to-Arm application migration using Arm MCP Server
Introduction
Understand the Arm MCP Server for AI-driven x86-to-Arm migration
Verify Docker image compatibility with Arm using AI
Arm Cloud Migration Agent in GitHub Copilot
Configure other AI agents to automate Arm migration workflows
Next Steps
Automate x86-to-Arm application migration using Arm MCP Server
Review frequently asked questions
These FAQs were drafted with an approved AI-assisted workflow and reviewed by Arm contributors before publication. Human technical review remains part of the process so the final page reflects engineering rigor, accuracy, and Arm editorial standards.
Ask the Arm MCP Server in natural language to check the image’s supported architectures. Expect a response indicating whether
arm64 is included; if it is missing, select an Arm-compatible image before proceeding.Prompts about Arm migration tasks return structured, tool-backed results instead of generic text. For example, image compatibility queries or code analysis requests yield specific findings sourced through MCP.
Use the Arm Cloud Migration Agent to locate SSE/AVX usage and propose Neon or SVE equivalents. Review the suggested refactoring, update the code, and compile to verify that the changes build cleanly.
Confirm the container base image supports
arm64 and that dependencies are available for Arm. Rebuild the container and ensure the application starts without x86-specific instruction errors.Create persistent instructions (such as steering documents or prompt files) that direct the agent to use the Arm MCP Server and follow the same migration steps. Mirror the Copilot setup so the agent can perform checks, refactoring, and validation consistently.