A fresh analysis of Bitcoin’s original code reveals key insights about its elusive creator, Satoshi Nakamoto. Amir Taaki, a prominent figure in the cryptocurrency space, recently sparked an intriguing discussion, suggesting that Satoshi’s coding style could offer valuable clues to uncover his true identity. The quirks and idiosyncrasies in Nakamoto’s code are unlike anything seen from modern programmers, leading to speculation about his background and expertise.
Amir Taaki claims that Nakamoto’s code defied contemporary coding practices. In his X post, Taaki stated that upon initial review, he felt “Satoshi is not a programmer”, due to the unconventional style. For example, Nakamoto made extensive use of “locks”, which was out of fashion at the time. He also employed Hungarian notation, a naming convention that had largely fallen out of favor. Perhaps most notably, Nakamoto avoided using objects to encapsulate processes, favoring complex recursive functions, commonly known as the “spaghetti code.”
Furthermore, Nakamoto targeted Windows as the primary operating system for his software, which was uncommon among open-source developers who typically preferred Unix-based systems. These elements have led Taaki to believe that Nakamoto may not have been a traditional software developer but instead came from a closely related field such as engineering or physics.
Taaki’s observations suggest that Nakamoto’s background may lie in a field with a practical focus, rather than pure mathematics or computer science. His unconventional coding methods, combined with his technical expertise, imply that Satoshi might have been an older individual with experience in domains that overlap with software development.