Built-in AI models can be helpful, but they do not always give developers the control, flexibility, or model choice they need for coding tasks. When you want better support for code generation, debugging, refactoring, or tools like Kimi, using an external API with Kilo Code becomes a much better option. A proper setup can make your workflow smoother, faster, and easier to manage. Read this article to learn how to connect an external API key in Kilo Code and get more from your coding workflow.
What is Kilo Code and how does it work?
Kilo Code is an AI coding assistant that helps developers write, edit, and understand code more easily. It works as a VS Code extension, JetBrains extension, and CLI tool, making it simple to use in different development setups. It uses a chat-based interface to handle tasks like code generation, debugging, refactoring, and code explanations.
How to use built-in AI models in Kilo Code?
A good place to begin with Kilo Code is its built-in AI models, because they are easy to access and do not need any extra API setup. Once the extension is installed and linked to your account, you can choose a model and start using AI support for coding, debugging, refactoring, and everyday development tasks inside VS Code. Here's how you can use built-in AI models in Kilo Code:
Step 01: Install the Kilo Code extension in VS Code
Start by downloading and installing the Kilo Code extension from VS Code. Once the installation is complete, open the extension inside your editor so you can begin the setup process and connect it to your development environment without any extra tools.
Step 02: Start the free setup and log in to your account
After opening the extension, click Free models to begin. You will then need to sign in with your Kilo account so the platform can verify your access and unlock the built-in AI features available in the extension.
Step 03: Complete the VS Code authorisation process
Once you sign in, Kilo Code will ask you to authorise VS Code. Approving this step connects your editor with your Kilo account properly, making sure the extension can load features, sync settings, and give you access to the supported AI models.
Step 04: Choose a built-in AI model and begin using it
After the setup is finished, open the model selector inside Kilo Code and browse the available built-in models. Pick the one that fits your needs, and you can start using it for code generation, debugging, explanations, and other development tasks right away.
How to connect any LLM to Kilo Code?
Using built-in models in Kilo Code is simple, but connecting your own LLM gives you more freedom in model choice and coding workflow. To keep the setup easy to follow, the steps below use Kimi as an example and show how to connect it to Kilo Code through the Providers settings:
Step 1: Get a Kimi API key
Go to Kimi API Platform, open User Center / API Keys, and create a key. Kimi's API is OpenAI-compatible and uses this base URL:https://api.moonshot.ai/v1
Step 2: Open Kilo Code in VS Code
Open Kilo Code in VS Code, then click the gear icon in the panel. After that, go to the Providers tab, where you can add and manage external AI providers inside the extension.
Step 3: Add Moonshot.ai
In the Providers tab, choose Moonshot.ai / Kimi, paste your API key, and save the settings. Kilo’s documentation says the Moonshot provider is available directly in the Providers section, so the setup should be quick and straightforward
Step 4: Pick a Kimi model
After adding the provider, pick a Kimi model to use in Kilo Code. Some recommended options for coding are listed below:
Recommended for coding:
kimi-k2.7-codekimi-k2.7-code-highspeedkimi-k2.6
Kimi lists kimi-k2.7-code as its strongest coding model.
If Moonshot is not shown in Kilo
Use Custom provider instead:
Provider ID:
moonshotDisplay name:
KimiProvider API:
OpenAI CompatibleBase URL:
https://api.moonshot.ai/v1API key: your Kimi API key
Model:
kimi-k2.7-code
Kilo supports OpenAI-compatible custom providers through this flow.
Benefits of using the Kimi API
Connecting Kimi to Kilo Code does more than simply add another model to your setup. It creates a smoother AI-powered coding workflow by bringing everyday development tasks into one place, so you don’t have to keep switching between different tools. Here’s how using the Kimi API can help:
Simplify everyday coding tasks
Kimi can help with code generation, explanations, and debugging directly inside your coding environment. This makes daily development work easier to manage and saves time on routine tasks. You can focus more on solving bigger coding problems instead of spending too much time on smaller ones.
Maintain high code standards
Kimi can suggest improvements and point out possible issues while you work on your code. This makes it easier to keep your code readable, consistent, and better organised across different files and projects. It can also help you catch mistakes early before they become larger development problems.
Adapt to different project needs
Whether you are building new features, refactoring old code, or writing project documentation, Kimi can support different stages of development. This makes it useful for more than one type of coding task and gives you more flexibility in the same workspace.
What can you do with Kilo Code?
After setup, Kilo Code can work as an AI coding assistant directly inside your editor. It helps with tasks like reviewing code, making file changes, solving errors, and speeding up repetitive development work without breaking your workflow. Here's how you can use the Kilo Code:
Chat with your codebase
Kilo Code can help you understand a project by answering questions about files, features, and code logic. You can ask what a file does, where a function is connected, or how a feature works. This makes it easier to explore a codebase without manually checking everything yourself.
Edit code for you
You can describe a bug fix, code change, refactor, or even a new feature, and Kilo Code can update the files for you. This saves time on repetitive editing and makes simple changes faster to handle. It is especially useful when you already know what needs to change but want help applying it.
Debug issues
When you run into an error or a failing test, you can share it with Kilo Code and ask it to trace the cause. It can help break down what the issue means and where the problem may be coming from. This makes debugging less frustrating and more structured.
Generate tests
Kilo Code can help create unit tests, integration tests, edge-case tests, mocks, and cleanup logic. This makes it easier to improve test coverage without writing every test from scratch. It can be useful when you want to save time while still keeping your project well tested.
Explain unfamiliar code
When you are joining a new project or reviewing someone else’s work, Kilo Code can explain code in simpler terms. It can help you understand the purpose of a function, a file, or a larger code flow. This makes learning unfamiliar code much quicker and less overwhelming.
Run coding workflows
Kilo Code can support coding workflows by reading files, suggesting changes, and applying patches where needed. Depending on permissions, it may also run certain commands as part of the workflow. This helps reduce manual steps when working through development tasks.
Work in modes/agents
You can use Kilo Code in different modes, such as planning, coding, debugging, or reviewing, depending on how you set it up. This makes it easier to use the tool for specific tasks instead of treating every request the same way. It adds more structure to your workflow.
Automate repetitive edits
Kilo Code can help with repeated changes like renaming patterns, updating APIs, cleaning up types, migrating code, or improving documentation. This is useful when a task needs to be repeated across many files or sections of a project. It can save a lot of time on work that would otherwise be slow and repetitive.
Conclusion
Using the right model setup can make your workflow more flexible and easier to manage. Instead of relying only on default options, Kilo Code can be shaped around the way you code and handle different development tasks. That extra control becomes useful when you want a smoother AI coding experience that fits your project needs. If you want to explore that flexibility in a practical way, try Kimi with Kilo Code. It is a simple way to improve how you code, debug, and work through daily tasks.