Microsoft is currently pushing forward with a long-term initiative, intending to incrementally shift all of its existing internal C and C++ code over to Rust by the year 2030. This development, which was revealed by a senior figure in Microsoft's internal engineering team, has ignited a flurry of discussions within the developer community.

The migration will encompass not only new projects but also the extensive legacy codebases of core offerings such as Windows and the company's cloud services. To facilitate this transition, Microsoft plans to harness the power of automated tools and AI technology. These tools are expected to expedite the process of comprehending and rewriting the code. Moreover, Microsoft has established efficiency benchmarks to gauge the progress of this ambitious undertaking.

In addition to these measures, Microsoft will integrate AI with sophisticated algorithms to streamline the code conversion process. The company is also in the process of constructing a comprehensive code-processing infrastructure and introducing innovative graphical code analysis techniques. According to the engineering leader, Microsoft has already laid a solid foundation by building a robust code-processing infrastructure. Currently, they are on the lookout for a Chief Software Engineer with a minimum of three years' experience in crafting Rust system-level code. This professional will play a pivotal role in assisting with the migration of Microsoft's most substantial C and C++ systems to Rust.