Following the HBO documentary “Money Electric,” which controversially pointed to Peter Todd as the real Satoshi Nakamoto, former Bitcoin core developer Amir Taaki offered a technical perspective that steers the conversation toward the code itself. In a detailed post on X on October 9, 2024, Taaki argued that Satoshi’s unique programming style serves as a fingerprint that could, theoretically, be used to verify—or disprove—any claim of being the Bitcoin creator.
Unusual Coding Characteristics
Taaki, known for his work on Darkfi and as an early Bitcoin contributor, did not hold back in describing his first impression. “When I first saw their code, I thought ‘Satoshi is not a programmer’ because of how weird it was,” he wrote. He listed several peculiarities that stood out:
Heavy use of locks – At the time, multi-threading practices had already moved away from such granular locking; Hungarian notation – a naming convention that had fallen out of favor by the mid-2000s; spaghetti function recursion – complex recursive calls without modern encapsulation; lack of object-oriented programming – no use of objects to manage processes; and a targeting of Windows as the primary platform. These choices, Taaki argued, point to an older individual, likely from an engineering or physics discipline rather than a pure software developer’s background.
Code Stylometry as a Tool
The consistency of Satoshi’s code from 2008 to 2010 makes it a reliable dataset for “code stylometry” or software forensics. Taaki emphasized that whenever someone claims to be Satoshi, the first response should be to compare their coding style with the original. Yet, he admitted that no Bitcoin coder—himself included—has taken the time to perform such an analysis. “We’re all so busy with real work. And I guess we also respect Satoshi-kun’s wishes. Even writing this post showing how we can find him feels almost like a betrayal,” Taaki remarked.
Code stylometry works much like traditional literary stylometry: it analyzes unique habits—including naming conventions, indentation, comment patterns, and loop structures—to identify the author of a piece of code. In Satoshi’s case, the consistent quirks provide a potentially powerful forensic tool, though it remains largely untapped.
Community Reaction and Respect for Anonymity
Taaki also acknowledged Peter Todd’s handling of the documentary’s accusation, praising him for not taking undue credit. The broader crypto community has largely dismissed Todd’s involvement, and Taaki’s technical observations offer a more constructive path forward. Yet, the lack of serious investigation suggests a collective, unspoken agreement: many believe that unmasking Satoshi might diminish the spirit of decentralization and privacy that Bitcoin embodies.
Whether or not code stylometry will ever be fully applied to the Satoshi mystery, Taaki’s analysis highlights the significance of the code itself as a historical artifact. His insights turn the spotlight back to the technical legacy, reminding the community that sometimes the answer lies not in documents or rumors, but in the very lines of code that started it all.