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ViciousSquid/Dosidicus: Raise a neural network as a pet – a transparent cognitive sandbox where a digital squid le – Repository ViciousSquid/Dosidicus. Mô tả: Raise a neural network as a pet – a transparent cognitive sandbox where a digital squid learns, grows, and rewires itself via Hebbian learning & Neurogenesis. 307 stars, 14 forks, ngôn ngữ chính Python, cập nhật 2026-08-22.
1. Repository làm gì?
"What if a Tamagotchi had a neural network and could learn stuff?" – Gigazine , Hackaday
Learn neuroscience by raising a neural network as a pet
A transparent cognitive sandbox disguised as a digital pet squid with a neural network you can see thinking
Download for Windows, macOS, Linux and Android
Manifesto | Changelog | Wiki (53 pages)
What if you could understand every neuron inside a learning creature?
2. Dữ liệu và cấu trúc đáng chú ý
The project is designed to make artificial cognition visible.
Instead of hiding intelligence inside millions of parameters, Dosidicus starts with just eight neurons. Every connection can be inspected. Every activation can be visualised. Every learned behaviour can be traced back to experience.
As the squid lives, its brain rewires itself through Hebbian learning, strengthens useful pathways using STDP, and grows entirely new neurons through neurogenesis.
No two brains ever develop the same way.
Every save file becomes a permanent cognitive history.
Most AI is a black box: Dosidicus lets you see the mind forming – every neuron is visible & understandable.
The squid isn't driven by scripted behaviours — it develops through experience. By watching its brain change over time, you can explore how simple learning rules give rise to increasingly complex behaviour.
3. Khả năng ứng dụng và giới hạn
Want the full conceptual philosophy behind Dosidicus? Read the Cognitive Sandbox Manifesto
No two squids are wired the same.
Your squid's brain is a cognitive history – shaped by you.
Export save files and let others explore your squid's neural structure.
Post screenshots of strange activation patterns and unexpected growth.
Show bizarre learned behaviors (Why is yours afraid of poop?)
Compare cognitive histories and trace how experience shaped structure.
Did it develop a persistent avoidance loop?
Did you accidentally create a neurotic reward spiral?
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