Although the Electron architecture has been criticized by players for its high memory usage, and even the founder of JavaScript has warned of the risks of "over-reliance on Web UX and neglect of native experience," Microsoft does not seem to intend to make compromises in Windows 11.
Recently, Microsoft called out Electron developers on social platforms, encouraging them to integrate end-side AI functions for Windows 11 applications. It also launched supporting training programs to teach how to use Windows local AI to build Electron applications.
Microsoft currently positions Windows 11 as an "AI operating system", and the core of its strategy is to make Windows an ideal platform for running AI agents and applications.
However, since many popular software are built on Electron, Microsoft realized that it could not require developers to completely switch to native development, and instead adopted a deep integration strategy.
In the latest technical document, Microsoft emphasized that Electron applications can now directly call Windows 11’s built-in AI functions such as text generation, summary extraction, OCR recognition, and image description.
In order to lower the threshold, Microsoft claims that developers can seamlessly access these system-level AI features through JavaScript "without compiling a single line of native code."
Since Electron applications usually package a Chromium instance, its memory footprint is well known. As more AI loads are integrated into these applications, the already limited R memory resources may face greater challenges.
