Programming languages rarely die, but that doesn’t mean they all deserve new projects. Languages are born from specific problems—so what happens when those problems have long been solved?
Just because you can doesn’t mean you should


Programming languages rarely die, but that doesn’t mean they all deserve new projects. Languages are born from specific problems—so what happens when those problems have long been solved?

A nostalgic look at Java’s revolutionary impact in 1995 and its transformation of software development—from portable bytecode to open source culture—and why, despite all its contributions, it feels like a language that never learned when to gracefully exit the stage.

A journey through four generations of programming languages—from procedural C to modern Go and Rust—exploring how each solved the problems of its predecessors while introducing new tradeoffs in memory management, performance, and developer experience.