In the morning, I stared at the position of a project and wanted to wait for a callback to get on board. However, Marc @ pomarca followed the official push of the project and immediately took off, unable to catch up. Let's wait for the callback to see This project is called FLYBRAIN, and the account is @ fruitflydev. The story begins with a "roadmap" drawn by scientists. The Google Research, HHMI Janelia, and other teams collaborated to create a connectivity map of the central nervous system in male fruit flies: over 166000 neurons, approximately 125 million synaptic connections, and opened up the data. Scientists want to use this to study how the brain receives information and controls behavior. Google Research After reading it, the developers on the chain came up with a rather wild idea: Since we have the circuit diagram, can we create a simulation and connect it to a browser? So FLYBRAIN came. According to the data released by the project, it constructed a computational model with approximately 165000 neurons and 10.228 million aggregated connected edges from the public graph. The webpage screenshot is converted into visual input, and the neurons in the model generate responses, which are then partially converted into mouse movement and click signals. The relevant code has been open sourced. Project Source Code It can be understood that the developer has equipped this neural simulation with a simplified pair of eyes and connected it to a mouse. Scientists study how it walks. On chain developers research how to click buttons. Finally, the system was connected to the Pons launch platform on Robinhood Chain. However, there is a detail that must be clarified here: It doesn't know how to come up with project names, write copy, pick stocks, or decide on coin offerings on its own. Neural simulation is involved in partial mouse control and click timing; Text, asset matching, form filling, and final confirmation are still completed by external parameters and scripts. The project README also voluntarily acknowledged these limitations. So currently it's more like a developer helping it practice operating a computer. There are still several rounds of debugging ahead of the 'fruit fly independent entrepreneurship'. Why do I find this narrative interesting? Because it can easily cause a problem for outsiders: What will happen if we put the model built according to the neural connection of real life into the Internet? Where will it stop? Will it go in circles repeatedly? How would the behavior change with a different interface? After joining the training, can I consistently complete movements that I couldn't do before? These things are much more intuitive than 'we will build the next generation of intelligent ecology'. Audiences don't need to understand neuroscience papers, they will also want to know if there is any new progress in them today. It has the conditions to turn technical experiments into continuous content. And FLYBRAIN added on chain fundraising methods to this story. This coin is issued on Robinhood Chain through Pons, and the native pool is paired with GOOGL stock tokens. According to the cost path verified in the report, the transaction can generate fee income for the creator, which the project describes as funding to support the operation of the experiment. Meme provides funding for the experiment, and the experiment provides Meme with the next episode. This is the most interesting part of the entire narrative. The narrative is very interesting, and Zhuang's strength has also been proven. Let's wait for the right opportunity.