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Series
Transition from coder to designer. This series bridges code and high-scale products, breaking down the ‘why’ behind the ‘how' from load balancing fundamentals to the complexities of microservices and distributed databases.
Why System Design is the Definitive Mindset Shift In the early stages of a software engineering career, the world is defined by the IDE. Success is measured by the elegance of a function, the efficiency of an algorithm, or the passing of a local unit...
Welcome back to our System Design Series. If you’ve ever built an application that started small but suddenly gained a surge of traffic, you’ve likely faced the "Scaling Wall." Your server is gasping for air, latency is spiking, and your users are se...
In the world of system design, performance is paramount. But what exactly constitutes "performance"? Too often, discussions around system speed and efficiency get bogged down in a shallow understandin
In the realm of distributed systems, the CAP Theorem is a fundamental principle that every system designer must understand. It states that a distributed data store cannot simultaneously guarantee Cons
In the world of distributed systems, scalability, availability, and consistency are paramount. For years, the CAP theorem provided a foundational understanding of the trade-offs involved. However, as
In the world of system design, one of the most crucial early steps is understanding the scale of the problem you're trying to solve. Before you dive into writing a single line of code, picking a datab
