ANLIFE: Motion-Learning Life Evolution

So, this game has… an interesting origin story.

Remember that widely circulated clip from 2016 where Hayao Miyazaki allegedly called something “an insult to life itself”? In a certain corner of the internet, that line gets repeated as proof that he condemned AI as a whole. What he was actually reacting to was early motion-learning tech—the same conceptual roots that eventually led to experiments like this. No, he wasn’t issuing a blanket statement about artificial intelligence, despite how the narrative sometimes gets simplified.

And no, you won’t be staring at grotesque zombie creatures flopping around the screen here.

Instead, you get stylized little lifeforms wobbling their way through existence.

ANLIFE isn’t really a “game” in the traditional sense. It’s closer to a simulator—think Spore, but with less “galactic domination” and more “quietly observing your digital terrarium.” Creatures evolve. Or they don’t. Or they politely go extinct without so much as a dramatic meteor strike. (There is an unlockable meteor, if you’re feeling Old Testament.)

Life emerges. Life disappears. No cutscenes. No violins. Just algorithms doing their thing. Because, well… life finds a way.

If you’re looking for deep, progression-heavy gameplay, this probably isn’t it. You can unlock everything in under two hours. But that’s kind of beside the point. This is evolution as a sandbox experiment—watching machine-simulated critters figure out how to exist through trial, error, and a lot of falling over.

I enjoyed it, even with its primitive “gameplay.” There’s something oddly charming about watching digital life stumble toward survival. If you have an inner scientist who enjoys evolutionary algorithms and emergent behavior, this will probably amuse you.

Now, if you’ll excuse me, I need to go check on my tiny, slightly incompetent ecosystem.

My Blood pressure has lowered is a great game for relaxing.

Think of it like from dust but with no goals to get, you just create your little flumps and watch.

TL;DR: Pretty fun little evolution game, it's very simplistic right now but it has a lot of potential and there's actually quite a lot of possibilities (probably near infinite) for creature evolutions. In the time I've spent with it the bugs are minimal and performance has been fantastic, it seems pretty well optimized. The AI that learns movement is actually pretty good too and learns quickly. (For those worried, no this isn't your ChatGPT AI slop crap, it's likely the type of AI referred to as "Reinforcement Learning" that the developer has created, trained or configured for this game. You can look up tons of videos on YouTube of developers making "AI learns to walk/play X game" to get an idea) But most of all the game is pretty chill and relaxing and the solo developer is super nice and very responsive to bug fixing and suggestions!

You can either play it like a god where you force evolution paths yourself, culling random evolutions you don't like or giving help and doing some hand holding with ones you do like to force them to evolve into something better. Or you can completely play it as an idle game and just let natural selection take its course and see what the world creates for you. I had an aquatic creature that looked like if you put Squidward's head on a gun stock and it somehow became a strong evolution for about 10-12 generations before that branch of species finally lost out to another.

Now you might be wondering how the "natural selection" works? It's pretty simplistic at the moment. All creatures have HP which drains over time, or drops due to you using god powers/prey to kill them. They recover HP by eating food (bushes), so natural selection is simply "Which creature path/species can evolve to eat bushes faster than the others and thus starve the others out" There's a few ways to influence this through making things more difficult or more easy for the creatures: Using god powers to help things along, global sliders that increase or decrease various things like HP drain speed. Creatures also breed by eating special bushes, offspring retain some of the learned movement skills of their parents (unless the new body is significantly different than the previous). So some evolutions can be as small as a body part being rotated/angled 1 or 2 degrees in a direction, or as drastic as new body parts and complete reconfiguring of the entire body structure.

If you love evolution simulators I highly recommend it! The developer also seems to have a lot of ideas in mind for features to add and I'm interested to see where it goes!