Switching From Copilot to Cursor

The transition of many developers switching from Copilot to Cursor represents a shift in how we perceive the relationship between the IDE and artificial intelligence. While GitHub Copilot functions as a powerful plugin within established environments like VS Code or JetBrains, Cursor is a fork of VS Code that integrates AI at the core of the editor. This structural difference enables features like codebase-wide indexing and more sophisticated multi-file edits. Understanding the nuances of this migration helps you decide if a standalone AI editor or a multi-tool environment fits your current workflow better.

Understanding the Architectural Difference

The primary motivation for switching from Copilot to Cursor usually involves the depth of context. GitHub Copilot operates within the constraints of an extension API. It can see your open files and snippets of your project, but it is often limited by the host editor boundaries. Cursor, being the editor itself, maintains a permanent index of your entire repository.

When you make the switch, you move from a predictive "ghost text" experience to a consultative experience. In Cursor, you are not just getting autocomplete suggestions. You are interacting with a tool that understands the relationships between your components, types, and utility functions across the whole project. This is achieved through a local vector database that indexes your files.

Steps for a Smooth Migration

Switching tools does not mean you have to lose your configuration. Since Cursor is built on VS Code, the migration path is relatively straightforward for existing VS Code users.

1. Import Extensions: During the initial setup, Cursor allows you to import all your existing VS Code extensions. This ensures your themes, keybindings, and language supports remain intact.
2. Sign-in and Permissions: You will need to decide whether to use the Cursor subscription or provide your own API keys. This is a point where many developers evaluate their privacy requirements.
3. Indexing the Codebase: Once your project is open, allow Cursor to index your files. This step is crucial. Without a complete index, the editor cannot provide accurate answers about project-wide logic.
4. Learning the New Hotkeys: While Cmd+K (or Ctrl+K) and Cmd+L are the primary interfaces in Cursor, they differ from the standard Copilot chat commands. Practice using these for inline edits and sidebar chats respectively.

Comparison of AI Workflows

GitHub Copilot excels at speed and ubiquity. It is available wherever you already work. Cursor excels at complex refactoring where the AI needs to understand how a change in one file affects a distant module.

Expanding Your Workspace with Deska

While Cursor provides an excellent code editing experience, some developers find that a single editor window is not enough for modern agentic workflows. This is where Deska comes into play as a complementary tool. Deska is a free desktop app for Mac, Windows, and Linux that provides an infinite canvas workspace.

Instead of being confined to a traditional IDE layout, Deska allows you to place panels anywhere on a zoomable plane. You can have your code editor (using the Monaco engine) in one area, while multiple terminals and browser widgets sit right next to it. This spatial organization is helpful when you are running multiple AI agents that need to perform different tasks simultaneously.

Running Agents Side by Side

One of the unique strengths of Deska is the ability to run different coding agents in parallel. You can open Claude Code, Codex CLI, and OpenCode as separate panels on the same canvas. This allows you to compare their outputs or give them different sub-tasks for the same project.

While Cursor focuses on the editing experience, Deska focuses on the broader execution environment. You can use Ask Deska, the voice and chat assistant, to manage these panels. For example, you can ask Deska to open a new terminal, run a specific build command, or check on a long-running session.

Local-First and Privacy

Both Cursor and Deska emphasize the importance of how your data is handled. Deska follows a local-first philosophy. Your code, files, and session data stay on your machine. For developers who prefer to manage their own costs and privacy, Deska allows you to use your own API keys (BYOK) for a lifetime tier. This ensures that you have full control over which models you use and how much you spend.

Managing Your Work on the Go

A common challenge when switching to a more powerful desktop-based AI workflow is losing connectivity when you leave your desk. Deska addresses this through a mobile app that acts as a secure relay.

Unlike traditional remote desktop solutions, the Deska mobile app pairs directly with your computer. No ports are exposed to the internet. This allows you to monitor the progress of a coding agent or continue a chat session from your phone while your main workstation handles the heavy lifting. You can check the status of your agent threads and ensure your long-running tasks are completing successfully.

Frequently Asked Questions

Can I use Cursor and Copilot together?

You can technically have both installed, but it is generally recommended to disable the Copilot extension inside Cursor to avoid conflicting UI elements. Both tools attempt to provide inline suggestions, which can lead to overlapping text and a confusing user experience.

Does Cursor support all VS Code features?

Since Cursor is a fork of VS Code, it supports the vast majority of extensions and configurations. However, some proprietary VS Code features, like certain Live Share components or specific Microsoft-only integrations, might behave differently. Most developers find the transition seamless for standard web and software development.

How does Deska handle file security?

Deska is designed with a privacy-centric approach. All code and session files remain on your local hardware. The mobile relay uses a secure direct pairing method, ensuring that your data is never stored on external servers. This makes it a suitable choice for professional environments with strict security requirements.

Optimizing Your New Environment

The transition from Copilot to Cursor is often just the first step in building a more efficient development environment. By moving to tools that understand the full context of your work, you reduce the manual labor of explaining your code to the AI.

As you become comfortable with the integrated AI in your editor, consider how an infinite canvas can improve your multi-tasking. Using specialized workspaces allows you to separate different projects or different phases of the same project. You might have one area of your canvas dedicated to frontend development with a browser preview, and another area for backend services and database logs.

If you are ready to experiment with a more flexible, agent-friendly environment, you can download Deska for free and start building your infinite workspace today.