Overcoming Engineering Perfectionism: The Shift from Features to Experiments

Why I Stopped Building Features and Started Shipping Experiments

Full-time software engineer PotatoLab transitioned from over-engineering features to shipping lumpy experiments to avoid project graveyards. One abandoned logistics platform reached 80% completion before being discarded due to scope creep disguised as engineering.

Why This Matters

Technical perfectionism often acts as a bottleneck where architecture decisions prevent deployment, leading to a graveyard of unfinished SDKs and platforms. Choosing fulfilled over finished allows engineers to validate core functionality without getting trapped by edge-case handling or scaling requirements before a product is even real.

Key Insights

• The Graveyard Effect: Abandoned projects include an Android SDK for image processing and a logistics platform reaching 80% completion (PotatoLab, 2026).
• Engineering as Perfectionism: Over-prioritizing architecture over shipping is often perfectionism disguised as professional engineering.
• The Potato Method: Shipping lumpy and inconsistent work is better than not shipping at all, as raw forms can be transformed once they exist.
• Minimum Real Requirements: A project enters the lab only with specific requirements to make it real, not a full roadmap or backlog.
• Fulfilled vs. Finished: A project is shipped once it keeps a small promise, regardless of whether it scales or handles every edge case.

Practical Applications

• Use case: Define a small, specific set of requirements upfront to hit a real bar for an e-commerce project rather than a full feature roadmap.
• Pitfall: Waiting to know everything before starting a project leads to socially acceptable procrastination and unfinished repositories.
• Pitfall: Building for every edge case and perfect architecture early on prevents shipping indie apps to private or public repositories.

References:

• https://dev.to/potatolab/why-i-stopped-building-features-and-started-shipping-experiments-4hc5