Getting Started with Kiro
Kiro is a powerful AI-first code editor built on top of VS Code that integrates advanced AI capabilities directly into your development workflow.
Downloading and Installing Kiro
To get started with Kiro, you'll need to download and install the editor:
- Visit the official Kiro website
- Run the installer and follow the setup wizard
- Launch Kiro and sign in to your account
- Start exploring the AI-powered features
System Requirements
Kiro is available for Windows, macOS, and Linux.
Enhance Your Kiro Experience with PromptDC
To maximize your productivity with Kiro, install the PromptDC desktop app for macOS or Windows, or add the relevant optional extension from the Kiro marketplace.
Installing PromptDC Extension in Kiro
- Open Kiro and go to the Extensions view (Ctrl+Shift+X)
- Search for "PromptDC" in the marketplace
- Install PromptDC Desktop, or click "Install" on the optional PromptDC extension
- Restart Kiro when prompted
- Configure your preferences in the extension settings
Benefits of Using Kiro + PromptDC
- Better AI Suggestions: PromptDC helps Kiro's AI understand your coding context more clearly
- Reduced Errors: Improved prompts lead to more accurate code generation
- Faster Development: Get better results with fewer iterations
- Enhanced Learning: Understand AI explanations and suggestions more effectively
- Template Library:
Writing Effective Prompts for Kiro
The key to getting the most out of Kiro is writing clear, specific prompts. Here are essential tips:
Be Specific About Your Needs
Provide Context
Use Clear Structure
Organize your prompts with clear sections and specific questions to get more targeted responses from Kiro's AI.
Best Practices for Using Kiro
Start with Simple Requests
Begin with basic code generation or explanation requests and gradually build up to more complex tasks as you become familiar with Kiro's capabilities.
Iterate and Refine
Use Kiro's AI responses as a starting point and refine them through follow-up prompts. Ask for clarification or modifications as needed.
Learn from AI Explanations
Pay attention to Kiro's explanations of code logic, best practices, and alternative approaches to improve your programming skills.
Use Chat and Commands
Leverage Kiro's chat interface and command palette for more complex tasks, debugging, and getting detailed explanations.
Common Use Cases
Code Generation
Code Review and Refactoring
Ask Kiro to review your code for potential issues, performance improvements, and best practices.
Debugging Assistance
Learning New Technologies
Use Kiro to understand new programming languages, frameworks, and libraries through examples and explanations.
Documentation
Advanced Kiro Techniques
Multi-line Prompts
Context-Aware Coding
Kiro learns from your codebase, so it provides better suggestions when working within existing projects.
Custom Commands
Tips for Maximum Productivity
- Keep a library of effective prompts for common tasks
- Use keyboard shortcuts to quickly access Kiro's AI features
- Combine Kiro with other development tools in your workflow
- Regularly update both Kiro and the PromptDC extension
- Share successful prompt patterns with your team
- Use Kiro's built-in terminal and Git integration
Conclusion
Kiro is an excellent AI-first code editor that becomes even more powerful when combined with PromptDC.
Ready to boost your coding efficiency? Download Kiro and install the PromptDC desktop app for macOS or Windows, or add the relevant optional extension to start writing better code with enhanced AI assistance!
From Kiro to the terminal, PromptDC works everywhere
The PromptDC desktop app for macOS and Windows enhances selected text in Kiro, every browser, IDE chat panel, desktop AI app and terminal. Use Cmd+Shift+E or Ctrl+Shift+E to open an editable review, then Replace or Copy.
PromptDC is the first desktop app to enhance prompts inside terminal CLIs, including Claude Code, Codex CLI, Gemini CLI, Grok, Agy and OpenCode. Choose the Code profile for implementation-ready prompts, and set it as the default profile for each coding app or terminal.
The Chrome extension and IDE extensions are optional. Chrome adds in-place rewriting without Accessibility permission, while IDE extensions add a target-agent picker and Simple or Structured output; the desktop app already covers browser fields, IDE chats and terminals.
