What if our todo list/commits/issue tracker could affect the blob and bloat could kill him? no?

This might also see a long shelf life, say, as familiars of fantasy rpgs, as pets from a fictionalized world-building narrative online; I guess it could be so for any LLM in principle, but the basic Sims-like gamification behind a tamagotchi seems like a solid foundation for those usecases.

If this interests you, have a look at "bibits" as well, its a whole neural network driven ecosystem where each critter has a brain that can evolve over generations. Emergent behaviour like prey/predator species arise over time. Its honestly a really cool tool / toybox for budding scientists.

Even simple neural networks with Hebbian learning can produce surprising emergent behaviors when their inputs and reward systems interact in unexpected ways - I'd be curious to see if the squid develops any quirky preferences or avoidance patterns after extended training.

> Have you seen any emergent behaviors from the squids that you didn't expect?

I have a squid that has become unnecessarily obsessed with playing with poop - throwing it around

Also another that likes to hoard decoration items by pushing them all together into a big pile

Tamagochi had a very limited way to interact with the environment, because it was an egg (tamago,卵) with a creature (chi) inside. It had needs like food and play, but could only receive care, and adjust its state a little bit.

This squid can interact with the environment in many ways, hence it can learn new stuff, and maybe do new stuff.

also worth a look - The Lifecycle of Software Objects - https://wikipedia.org/wiki/The_Lifecycle_of_Software_Objects

Creatures was my introduction to programming.

The genome editor that came along around about the time of Creatures 3 was awesome as well.