Microsoft SSMS 21 Debuts AI-Powered Copilot to Revolutionize SQL Server Management and Boost Productivity

Microsoft’s SSMS 21 introduces Copilot, an AI-powered assistant that transforms SQL Server management. With natural language support, context-aware suggestions, and troubleshooting help, Copilot boosts productivity, simplifies learning, and streamlines database tasks for professionals and beginners alike. Unique :

Meet Copilot in SSMS 21: Your New AI-Powered SQL Buddy

Microsoft just dropped a major update with SQL Server Management Studio (SSMS) 2 The highlight? Copilot—an AI assistant built right into your database toolkit. Whether you’re crafting complex queries or tuning performance, Copilot is designed to make your life easier.

What’s New with Copilot in SSMS 21?

Copilot brings natural language understanding to SSMS, letting you talk to your database like a human. You no longer need to memorize every tricky SQL command. Instead, just ask Copilot in plain English and watch it translate your intent into precise SQL queries.

“Copilot enhances your workflow by offering intelligent, context-aware support.”

It’s not just about writing queries. Copilot also helps with troubleshooting, performance tuning, and even acts as a tutor for newcomers. This makes SSMS 21 a powerful tool for both beginners and seasoned pros.

Major Updates and Features to Know

Context-Aware Assistance: Copilot understands your database schema and offers relevant suggestions.
Natural Language Interaction: Chat with your database using everyday language—no more syntax headaches.
Efficient Troubleshooting: Get instant help identifying and fixing query or configuration issues.
Interactive Learning: Learn SQL logic and best practices as you work.
Customizable Execution Modes: Choose read-only or read/write with approval to keep control and security tight.

Security and privacy are baked in. Copilot respects your permissions and keeps your data private, never using your prompts to retrain AI models.

How Copilot Works Under the Hood

Powered by a Retrieval-Augmented Generation (RAG) model and Semantic Kernel, Copilot fetches relevant SQL context and crafts smart responses. It uses a Bring-Your-Own Endpoint (BYOE) approach, currently supporting Azure OpenAI endpoints, giving organizations control over AI hosting.

Costs depend on deployment, usage volume, and model choice, allowing flexible scaling based on team needs.

Getting Started with Copilot

Activating Copilot is simple:

Open SSMS 21 and go to Tools > Options.
Search for “Copilot” and enter your Azure OpenAI API key and deployment info.
Choose your preferred execution mode (read-only or read/write with approval).
Launch Copilot from the SSMS menu and start chatting with your database.

Set the context by selecting the database you want Copilot to work with, ensuring tailored and accurate assistance.

Try These Cool Prompts

Here are some fun ways to test Copilot:

“What is the SQL Server version and last upgrade date?”
“List all databases with backup details.”
“Show me performance tuning recommendations.”
“Summarize sales trends over the years.”

These examples show how Copilot can speed up diagnostics, reporting, and data exploration.

Why It Matters

Copilot in SSMS 21 is a game-changer for database pros. It blends AI power with familiar tools, helping you work smarter and faster. Plus, it lowers the barrier for learning SQL, making it accessible to more people.

“Copilot is your intelligent partner in productivity.”

Ready to Dive In?

SSMS 21 with Copilot is available now. Download it via the Visual Studio Installer and set up your Azure OpenAI endpoint to get started. New to Azure? Microsoft offers a free account with $200 credit to experiment risk-free.

Embrace the future of SQL management—let Copilot take your database game to the next level!

Copilot uses Retrieval-Augmented Generation (RAG) with Semantic Kernel for intelligent, context-driven SQL assistance.

Supports a Bring-Your-Own Endpoint model, currently compatible with Azure OpenAI endpoints only.

Offers customizable execution modes: read-only or read/write with user approval for secure operations.

Ensures privacy by design—user interactions are not used to train or retrain AI models.

Enables interactive learning by explaining SQL logic and best practices in real time.

From the New blog articles in Microsoft Community Hub