Microsoft launches Copilot Tasks — AI with its own computer

Artificial intelligence has acquired its own desktop. Not metaphorical, but quite real — with a cloud computer and a browser through which it accesses the internet and does for you what normally takes hours of routine work. This is how the Copilot Tasks system works, which Microsoft presented on Thursday, February 27, in public preview mode.

The idea is simple yet ambitious: a user describes a task in natural language, and Copilot Tasks takes it on and executes it in the background, without putting a load on the device owner. Scheduling a meeting, generating a study plan, processing information — all of this happens on Microsoft's cloud infrastructure, on a dedicated virtual machine with its own browser. When the work is complete, the system sends a detailed report. Tasks can be assigned once, scheduled for a specific time, or configured for regular execution — essentially, it's a full-fledged AI assistant that operates on a schedule.

To understand the scale of what's happening, it's worth recalling the context. Over the past year and a half, the largest technology companies have been engaged in a quiet race to transform language models from text generation tools into autonomous agents capable of acting in the real world. Google is developing Project Mariner — an experimental agent that can interact with web pages. Anthropic released the Computer Use feature for Claude, allowing the model to control the cursor and keyboard. OpenAI is working on Operator — an agent that performs tasks in a browser. Microsoft, with Copilot Tasks, enters this race with its trump card: the deepest integration into an ecosystem that hundreds of millions of people use daily.

The fundamental difference in Microsoft's approach is an architectural solution with a dedicated cloud computer. Instead of running the agent on the user's device, risking conflicts with other applications and data leaks, the company isolates the process in its own cloud environment. This solves several problems at once. First, performance: the AI agent doesn't compete with user applications for CPU and RAM resources. Second, security: the virtual environment limits the potential damage from agent errors. Third, availability: tasks are executed even when the laptop is closed or the phone is turned off.

However, this is where the main questions lie. How broad is the spectrum of tasks that Copilot Tasks is capable of performing in practice? Demonstrations by major companies traditionally look impressive, but real-world use often exposes limitations. Scheduling a meeting in an Outlook calendar is an understandable and controllable scenario. But what about more complex chains of actions that require interaction with multiple services, decision-making under uncertainty, or handling non-standard situations? While Microsoft is showing the system in preview mode, the answers to these questions will come in time.

There is also a more fundamental issue — trust. Entrusting an AI agent with the right to act on your behalf, even within the scope of simple tasks, requires a fundamentally different level of trust than simply asking a chatbot to write a letter. When an agent operates autonomously, in the background, on a cloud computer, the user loses the ability to control each step.

A report upon completion is good, but what if the agent made a mistake at an intermediate stage? What if it sent the wrong email or scheduled the meeting at the wrong time? The industry will need to develop transparency standards and rollback mechanisms for autonomous agents, and these standards are still far from maturity.

For Microsoft, this launch is a strategic move that strengthens Copilot's position as a central element of the user experience in the Windows and Microsoft 365 ecosystem. The company is consistently expanding the functionality of its AI assistant, transforming it from an add-on to the Bing search engine into a full-fledged platform for automating everyday tasks. If Copilot Tasks lives up to expectations, it could change the very paradigm of how we interact with computers: instead of switching between applications and manually performing routine operations, the user simply formulates an intention and gets the result.

We stand on the threshold of an era when AI ceases to be an interlocutor and becomes an executor. Copilot Tasks is one of the first mass-market products that embodies this transformation. Whether the transition from preview to full release will be smooth and whether users are ready to delegate real actions to machines will be shown in the coming months. But the direction is set, and it is irreversible.