As developers, we often chase the balance between speed and structure—moving fast while keeping our codebase clean, maintainable, and scalable. Over the past few weeks, I’ve been building a cross-platform Flutter application using Kiro IDE, and the experience has been nothing short of transformative.
This post shares how Kiro is actively shaping the way I build software—without diving too deep into the app itself (which is still under wraps!).
🧠 What is Kiro?
Kiro IDE is a new agentic AI-powered development environment from AWS. It combines the power of goal-driven AI agents with the flexibility of VS Code. Unlike traditional autocomplete tools, Kiro works like a junior developer: it understands your intent, plans the work, and autonomously modifies your codebase—always asking for your approval before making changes.
🛠️ My Setup
- Tech Stack: Flutter + Dart (mobile-first)
- Platform: macOS (Apple Silicon)
- IDE: Kiro (Public Preview)
- AI Model: Claude Sonnet (default)
✨ How Kiro Fits into My Workflow
1. From Idea to Actionable Spec
Kiro begins every task with a structured workflow:
- Prompt → High-level Spec → Task Breakdown → Code Execution
I no longer need to manually write out TODOs or jump between notes and files. Instead, Kiro creates a requirements file and outlines each task step-by-step. This brings clarity and ensures I don't lose track of architectural intentions as the project scales.
2. Multi-file Context Awareness
Most AI tools only focus on the current file or surrounding code. Kiro, on the other hand, navigates the entire project intelligently. When I ask it to add a feature:
- It opens relevant Dart files
- Updates routes, states, and test cases
- Modifies supporting widgets and utilities
No need to babysit. Kiro respects project structure, naming conventions, and design decisions.
3. Agent Hooks That Work
One underrated but incredibly powerful feature is Agent Hooks. I’ve configured hooks for:
- Auto-generating widget tests on save
- Updating documentation whenever a public method is added or changed
It’s like having a super-efficient build pipeline that’s always a step ahead—without needing a CI/CD config.
4. Respectful Autonomy
Kiro doesn't bulldoze through code. For every change:
- I get a detailed diff view
- I can approve, modify, or reject any part
- I’m always in control
This keeps quality high and lets me iterate quickly without fear of breaking things unintentionally.
5. Consistency and Best Practices
Because Kiro uses spec-driven development, I’ve noticed it naturally enforces:
- Consistent naming patterns
- Component isolation
- Separation of concerns
- Test-first thinking
In short, it gently nudges you toward software engineering best practices—without slowing you down.
📊 What I Gained
| Benefit | Impact |
|---|---|
| ✅ Faster development | Features go from idea to tested code in hours |
| ✅ Cleaner codebase | Less tech debt from the start |
| ✅ Better planning | Structured thinking before typing begins |
| ✅ Lower cognitive load | I focus on ideas, not syntax |
| ✅ Safer changes | Review-first AI execution |
🧪 Limitations to Watch
Kiro is still in public preview, and a few things to be aware of:
- Flutter-specific guidance sometimes needs light nudging
- Agent Hooks can be a bit too eager—fine-tuning is essential
- Offline work isn't fully supported yet
That said, the pace of improvement is rapid, and the benefits far outweigh the friction.
🧭 Final Thoughts
Kiro isn't just a smarter autocomplete—it's a collaborative development partner. For solo devs or small teams building serious apps, it fills the gap between "vibe coding" and well-engineered software.
If you're building something complex, maintaining code quality, or just looking to accelerate your dev workflow—Kiro is absolutely worth a try.
💡 Pro Tip: Start by using it for feature scaffolding and gradually extend to full task ownership once you build trust with its output.
Thanks for reading! Feel free to share your own Kiro experience or questions below.
kiro
— Amit
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