Who is Alif Akbar?
I believe that great software architecture starts with solving real-world problems elegantly. Alif Akbar is a Full-Stack Developer and Software Engineer from Indonesia with a deep background in handling high-concurrency systems. My primary focus is on creating robust backend services that are predictable, resilient, and immune to race conditions or performance degradation under extreme traffic stress.
The Journey of a Web Developer
Starting my journey as a self-taught developer, I quickly transitioned from building simple static HTML/CSS websites to architecting large-scale backend systems. As a sole engineer, my responsibilities span the entire software development life cycle (SDLC) — from gathering business requirements from stakeholders to designing well-normalized PostgreSQL database schemas, building API endpoints in Go or Laravel, and finally deploying them to cloud platforms using Docker containers.
My experience managing hundreds of commits per month across multiple GitHub repositories has instilled a deep appreciation for Continuous Integration and Continuous Delivery (CI/CD), automation, and well-documented code. Instead of chasing short-lived flashy trends or frameworks, I stick to reliable, battle-tested technologies that deliver long-term business value for my clients.
Engineering Philosophy: First Principles Thinking
When faced with a memory leak in a Go service or a transaction failure in a PHP ticketing system, you cannot simply copy an answer from StackOverflow. You must return to first principles. Understanding how the operating system allocates memory, how the database maintains state via multiversion concurrency control (MVCC), and how the network packets data.
I strongly believe in Test-Driven Development (TDD) and strict API contracts. Before writing a single line of business logic, I define what the module must do. This discipline is how I rescued 3 legacy B2B platforms from the brink of production failure — by wrapping unstable systems in automated tests before ever touching the spaghetti code.
Ultimately, my goal is not to write clever code, but to write boring code. Code that is easy to read, easy to debug, and most importantly, doesn't wake up the on-call engineer at 3 AM.