Crandi

Get Started Building An App With Windows Ai Apis

Leo Migdal
-
get started building an app with windows ai apis

Access to this page requires authorization. You can try signing in or changing directories. Access to this page requires authorization. You can try changing directories. Learn about the Windows AI API hardware requirements and how to configure your device to successfully build apps using the Windows AI APIs. Ensure that your PC supports Windows AI APIs and that all dependencies are installed.

You can choose to do this automatically (recommended) or manually. Confirm that your device is a Copilot+ PC (we recommend the devices listed in the Copilot+ PCs developer guide). There was an error while loading. Please reload this page. There has been a lot of news around generative AI and LLMs. As a traditional client app developer you might have wanted to add this capability to your app, but there’s usually something that is a roadblock… you don’t want to learn something new right now,...

These excuses are hard to justify now you have the Windows AI APIs in the WinApp SDK; it’s all available on-device and can be done in a few lines of code. Today, I will show you how to add really good AI capability to your app in less time than your lunch hour… no cloud APIs or fees, no REST calls, and no custom onnx... Microsoft Build Update: If you were an early adopter, the brnading changed after release: “Windows Copilot Runtime” is now “Windows AI Foundry”, and “Copilot Runtime APIs” is now “Windows AI APIs”. You might be asking, “Okay, sounds amazing, why isn’t everyone doing this? What’s the catch?” The current qualification is that your user is on a Windows Copilot+ PC. However, lets be real, you wouldn’t roll out these kinds of new features to all your users anyways.

Access to this page requires authorization. You can try signing in or changing directories. Access to this page requires authorization. You can try changing directories. A variety of artificial intelligence (AI) features are supported by a suite of hardware-abstracted AI APIs powered by Windows Machine Learning (ML). The Windows AI APIs enable AI capabilities without the need to find, run, or optimize your own machine learning (ML) model.

The models that power the Windows AI APIs on Copilot+ PCs run locally and can run continuously in the background. See the Windows AI APIs with WinUI sample app for how to use Microsoft Foundry on Windows with WinUI. The following is a list of Windows AI features and the Windows App SDK release in which they are currently supported. See Overview of available APIs later in this topic for brief descriptions. We’re excited to be back at Build, a special moment each year to connect with the global developer community. It’s energizing to share what we’ve been working on, and just as important, to hear how developers are using Microsoft platforms to build what’s next.

At Microsoft, we believe the future of AI is being built right now across the cloud, on the edge and on Windows. Windows is, and will remain, an open platform that empowers developers to do their best work, offering the ultimate flexibility. Our north star is clear: to make Windows the best platform for developers, built for this new era of AI, where intelligence is integrated across software, silicon and hardware. From working with Windows 11 on the client to Windows 365 in the cloud, we’re building to support a broad range of scenarios, from AI development to core IT workflows, all with a security-first... Over the past year, we’ve spent time listening to developers, learning what they value most, and where we have opportunities to continue to make Windows an even better dev box, particularly in this age... That feedback has shaped how we think about the Windows developer platform and the updates we’re introducing today.

We want to democratize the ability for developers to build, experiment and reach users with breakthrough AI experiences. We have heard from developers who are just getting started with AI development that they prefer off-the-shelf solutions for task specific capabilities to accelerate AI integration in apps. Developers also told us they need an easy way to browse, test and integrate open-source models in their apps. Advanced developers building their own models told us they prefer fast and capable solutions to deploy models across diverse silicon efficiently. To cater to various development needs we evolved Windows Copilot Runtime to be Windows AI Foundry, which offers many powerful capabilities. Learn more.

Artificial Intelligence (AI) is revolutionizing software development by enabling applications to analyze data, recognize patterns, and make intelligent decisions. Developers leveraging Microsoft’s .NET ecosystem and C# can seamlessly integrate AI into Windows applications, enhancing functionality and delivering intelligent user experiences. Whether you’re building a desktop application with Windows Presentation Foundation (WPF), a cross-platform app with .NET MAUI, or a console application using C#, integrating AI can take your app to the next level. This article explores how to build AI-powered Windows applications using .NET and C#, focusing on key technologies, frameworks, and best practices. .NET is a versatile and robust framework that supports the development of Windows applications, while C# offers a powerful, object-oriented language that makes it easy to incorporate AI models and APIs. Here’s why they’re the perfect choice:

C# allows developers to easily interact with AI-powered APIs such as: This repository contains materials for a 2-hour enterprise workshop on Windows AI Foundry. The goal of this session is to provide a hands-on walkthrough of building intelligent Windows applications powered by the latest on-device AI APIs introduced at Build 2025. Participants will learn how to leverage Windows AI Foundry to: Build Production-Ready AI Applications using native Windows AI APIs: Deploy Enterprise AI Solutions that operate entirely on-device for:

Complete application implementation with: With Microsoft //Build right around the corner there is little wonder about what will be the major theme of the show… AI. But if you’ve been paying attention you know the cat is already out of the bag! Local AI APIs are available for Windows developers today and implementing them is easy! There is already a lot of content on how to get started and more details about building with the WCR: TL;DR – You need to be on Windows Insider on a Copilot+ PC to use these APIs today (May 18th).

There are LLMs, Super Resolution, OCR, Image segmentation, and Object removal APIs. To learn while doing I made a basic app to help make a packing list: https://github.com/TheJoeFin/SimplePackingList and here are the questions I had before building the app and what I learned along the way. If you have any other questions about coding with the local models via the Windows Copilot Runtime feel free to reach out and I’ll do my best to answer and update the list above! Access to this page requires authorization. You can try signing in or changing directories. Access to this page requires authorization.

You can try changing directories. AI Image Generation features are supported by Microsoft Foundry on Windows through a set of artificial intelligence-backed, Stable Diffusion-powered (open-source AI model used for processing images) APIs that ship in the Windows App SDK. These APIs can be used in your Windows apps to create, transform, and enhance images and photos using natural language prompts and on-device generative models. AI Image Generation is optimized for efficiency and performance on Windows Copilot+ PCs. For API details, see API ref for AI imaging features. At Build, we laid out our vision for the future of development on Windows, announcing new tools that empower developers to do their best work with the ultimate flexibility.

Today, we expand on these foundations, evolving Windows to give developers a platform to build the next generation of software experiences that empower people and organizations at scale. As AI transforms the way we work, agents are becoming powerful tools to make users more productive, handling routine tasks and taking away the drudgery so users can focus on what matters most. To empower developers and organizations on this journey, Windows is evolving as an operating system with the foundational structures to make agents on Windows more effective, secure and governable—with flexibility for developers and peace... To realize this vision, we’ve spent the past year listening closely to developers and actively engaging with the broader community, learning about pain points, tracking emerging needs, and identifying opportunities to make Windows a... The feedback and community insights have directly shaped the updates we are introducing today. These updates lay the foundation for a new generation of experiences, providing developers and enterprises with enhanced protection, transparency and governance—introducing platform-level security guardrails to help organizations begin adopting agent-powered workflows.

People Also Search

Access To This Page Requires Authorization. You Can Try Signing

Access to this page requires authorization. You can try signing in or changing directories. Access to this page requires authorization. You can try changing directories. Learn about the Windows AI API hardware requirements and how to configure your device to successfully build apps using the Windows AI APIs. Ensure that your PC supports Windows AI APIs and that all dependencies are installed.

You Can Choose To Do This Automatically (recommended) Or Manually.

You can choose to do this automatically (recommended) or manually. Confirm that your device is a Copilot+ PC (we recommend the devices listed in the Copilot+ PCs developer guide). There was an error while loading. Please reload this page. There has been a lot of news around generative AI and LLMs. As a traditional client app developer you might have wanted to add this capability to your app, but t...

These Excuses Are Hard To Justify Now You Have The

These excuses are hard to justify now you have the Windows AI APIs in the WinApp SDK; it’s all available on-device and can be done in a few lines of code. Today, I will show you how to add really good AI capability to your app in less time than your lunch hour… no cloud APIs or fees, no REST calls, and no custom onnx... Microsoft Build Update: If you were an early adopter, the brnading changed aft...

Access To This Page Requires Authorization. You Can Try Signing

Access to this page requires authorization. You can try signing in or changing directories. Access to this page requires authorization. You can try changing directories. A variety of artificial intelligence (AI) features are supported by a suite of hardware-abstracted AI APIs powered by Windows Machine Learning (ML). The Windows AI APIs enable AI capabilities without the need to find, run, or opti...

The Models That Power The Windows AI APIs On Copilot+

The models that power the Windows AI APIs on Copilot+ PCs run locally and can run continuously in the background. See the Windows AI APIs with WinUI sample app for how to use Microsoft Foundry on Windows with WinUI. The following is a list of Windows AI features and the Windows App SDK release in which they are currently supported. See Overview of available APIs later in this topic for brief descr...