Embracing the Unscalable: My Three-Month Framework for Rapid Learning in Tech Development
In the tech world, particularly for startups, there is a well-known piece of advice by Paul Graham that encourages the practice of “doing things that don’t scale.” While many endorse this mantra, the approach to implementing it in the realm of coding often goes unexamined. After spending the last eight months developing my AI podcast platform, I’ve cultivated a practical framework that allows me to harness this philosophy effectively: I give each unscalable solution three months to prove its worth. If it doesn’t deliver, it’s time to say goodbye.
As developers, we’re frequently conditioned to pursue scalable solutions from the get-go—think design patterns, microservices, and robust architectures capable of accommodating millions of users. However, this mindset often aligns more with larger enterprises than with startups, where the pursuit of scalability can lead to unnecessary delays and complications. My three-month framework compels me to write simplistic, straightforward code that can be rapidly deployed, ultimately revealing valuable insights into user behavior and needs.
Current Infrastructure Hacks Delivering Significant Insights:
1. Consolidated on a Single Virtual Machine
My entire setup—database, web server, background jobs, and Redis—operates on a single, cost-effective $40/month virtual machine. While this minimalistic approach lacks redundancy and relies on manual backups, it has taught me more about my actual resource requirements in just two months than traditional capacity planning could have.
For instance, I’ve discovered that my “AI-intensive” platform barely peaks at 4GB of RAM, leading to a realization that the complex Kubernetes setup I almost implemented would have been overkill, managing empty containers instead. Each crash (and there have been two) provides me with authentic data about failure points, usually revealing surprises along the way.
2. Simplified Hardcoded Configurations
I’ve taken the approach of hardcoding configurations directly into the code rather than utilizing config files or environmental variables. Modifying these constants necessitates a redeployment, but it has proven advantageous. With a quick grep command, I can find any configuration value within seconds, keeping my price changes trackable in git history and ensuring that all updates undergo a form of review.
Creating a dedicated configuration service could easily consume a week of valuable time, but in the past three months, I’ve made only three changes. That’s a mere 15 minutes of redeployment instead of upwards of 40 hours of engineering input.
**3
