Microsoft has announced Project Solara, an operating system built on Android that runs AI agents instead of traditional applications.
This shift represents a fundamental change in how users interact with hardware. By removing the constraints of traditional software interfaces, Microsoft aims to create new computing scenarios where autonomous agents handle tasks without requiring the user to navigate individual apps.
The company demoed the platform this week at the Microsoft Build 2026 conference in Seattle. The demonstrations featured two working hardware designs [1], a smart display similar to an Echo Show and a wearable smart key badge intended for office workers.
Project Solara is not based on Windows, but instead utilizes Android as its foundation. This architectural choice allows the company to deploy AI-centric experiences across a variety of device form factors more flexibly.
According to reporting from GeekWire, a team inside Microsoft has been quietly building the platform with an initial set of big-name companies already lined up to run pilots [1]. These pilots will test how AI agents can replace the app-centric model in professional and consumer environments.
Microsoft said the project is designed to avoid the constraints of traditional software. The company said that agents can provide a more seamless experience by orchestrating tasks across different services automatically.
While the hardware designs are currently in the demo phase, the integration of an Android base suggests a strategy to leverage existing mobile ecosystems while layering a new AI-first interaction model on top.
“Project Solara is an operating system built on Android that runs AI agents instead of traditional applications.”
Project Solara signals a strategic pivot from the 'app economy' toward an 'agent economy.' By building on Android rather than Windows, Microsoft is prioritizing rapid deployment and hardware flexibility over ecosystem lock-in. If successful, this could redefine the user interface, moving away from grids of icons toward a natural language interface where the OS acts as a coordinator rather than just a launcher.
