This is a submission for the DEV April Fools Challenge
What I Built
To prove you're human, you must assemble Flätpack furniture.
One step is irrelevant. Robots cannot detect irony.
Demo
https://kilo-challenge-8914.d.kiloapps.io/
Code
https://github.com/QAInsights/kilo-challenge
🛠️ How I Built It
I approached this project the way I tackle any complex system: break it down, understand the constraints, and build upward with tight feedback loops. Instead of jumping straight into coding, I started by mapping the experience I wanted users to have. From there, every technical decision flowed naturally.
🔍 1. Defining the Core Problem
Before writing a single line of code, I clarified the “why.” What should this tool feel like? What friction should it remove? What would make someone say, “Oh, that’s clever”?
This early framing helped me avoid feature creep and stay anchored to a crisp user experience.
🧩 2. Designing the Architecture
Once the problem was clear, I sketched the system architecture—data flow, state transitions, and the boundaries between components. I treated it like a mini system‑design exercise:
- What should run locally vs. remotely
- How to keep the interface responsive
- How to ensure the tool remains extensible
This step saved me hours later because every component had a clear responsibility.
⚙️ 3. Building the Core Logic
With the architecture locked in, I implemented the core functionality. I built it incrementally, validating each piece before moving on. This iterative approach made debugging almost trivial and kept the project moving smoothly.
🎨 4. Crafting the User Experience
A tool is only as good as how it feels to use. I refined the UI/UX with small but meaningful touches:
- Clear feedback loops
- Minimal cognitive load
- Fast, predictable interactions
I wanted the tool to feel like something I would enjoy using every day.
🧪 5. Testing Like a User, Not a Developer
I tested the project in real‑world scenarios—switching contexts, trying edge cases, and intentionally breaking things. This surfaced subtle issues that wouldn’t appear in a controlled environment.
🚀 6. Polishing and Shipping
Once the core was solid, I focused on polish:
- Cleaned up the codebase
- Improved performance
- Added small quality‑of‑life improvements
- Wrote documentation that future‑me would appreciate
Shipping wasn’t the end—it was the beginning of iteration.
If you want, I can also help you write the “What I Learned”, “Challenges I Faced”, or “Future Improvements” sections so your post looks complete and competition‑ready.
Prize Category
HTCPCP IYKYK