Recent laptops have been marketed with NPUs (Neural Processing Units), but their practical uses on local devices have been minimal so far, with most AI applications relying on remote data centers. However, this is changing, as Microsoft announced during its Ignite developer conference that Windows 11’s built-in search function will soon leverage NPUs in Copilot+ laptops and other hardware. These improvements are aimed at making search features in Windows Search, File Explorer, and Settings more efficient and powerful.
The updated search capabilities will allow users to locate files by describing their content or using synonyms, eliminating the need to remember exact file names or locations. This feature will operate locally on the user’s device, meaning it won’t require an internet connection. Microsoft highlights how this will enhance functionality for tasks like finding specific documents or photos based on their content, broadening how users interact with local files.
One standout feature of the new system is its ability to search by image content, including extracting text from images. This would be particularly useful for locating document photos stored in platforms like Dropbox. The change could significantly improve the convenience of searching through unorganized file collections.
Currently, Windows’ file search capabilities are underwhelming, particularly when users forget the name or location of a file. The planned improvements aim to address these frustrations, promising a more intuitive and powerful search tool. However, skepticism remains regarding how effectively the system can deliver these enhancements, especially if it struggles with speed or processing demands.
The rollout of the new Windows Search is expected in early 2025, starting with Snapdragon-powered machines through the Windows Insider program. While there’s optimism about the potential of AI-powered local searches, questions remain about its real-world performance. If successful, it could mark a significant leap in user experience for Windows systems equipped with NPUs.
