Claude Fable 5 Builds a Game from Scratch
40sShows an AI autonomously creating a playable game from a simple prompt, which is surprising and impressive.
▶ Play ClipThis video demonstrates how Claude Fable 5, Anthropic's latest AI model, can be used within the Higsfield Supercomputer platform to autonomously create a fully playable arcade game from a single prompt. The process includes generating game concepts, visual assets, audio, code, testing, and deployment.
Claude Fable 5 is Anthropic's newest and most capable AI model, capable of reasoning, planning, and acting as a creative partner.
Since Claude Fable 5 is not free inside Claude, the creator uses Higsfield Supercomputer with Fable 5 connected directly inside it.
The process begins with a simple prompt 'Build me a game' in the Higsfield chat interface with Fable 5 selected.
Fable 5 generates six image assets including player spaceship, enemy sprites, alien creatures, floor texture, and collectible items.
Fable 5 generates music and sound effects with an arcade style feel, including electronic synths and punchy game-like sounds.
Fable 5 writes project files including game logic, HTML, and other files, then tests the game, fixes issues like gameplay difficulty, and runs checks.
Fable 5 generates cover art and game icon, packages everything, and deploys the game with a playable link.
The resulting game, 'Neon Swarm', is a fully playable arcade survival game with smooth movement, enemy waves, shooting, pixel art visuals, and retro audio.
Claude Fable 5, combined with Higsfield Supercomputer, can autonomously create a complete, playable game from a single idea, handling everything from concept to deployment.
"The title accurately reflects the video: Claude Fable 5 indeed built a working game from a simple prompt."
What is Claude Fable 5?
Anthropic's newest and most capable AI model that can reason, plan, and act as a creative partner.
00:01
Which platform is used to run Claude Fable 5 for game creation?
Higsfield Supercomputer.
00:28
What was the initial prompt used to start building the game?
'Build me a game'.
01:33
How many image assets did Fable 5 generate for the game?
Six.
02:15
What types of assets did Fable 5 generate?
Player spaceship, enemy sprites, alien creatures, floor texture, collectible items, explosion effect.
02:27
What did Fable 5 do after generating assets?
It wrote project files including game logic, HTML, and other files, then tested and fixed issues.
03:36
What was the name of the final game?
Neon Swarm.
04:46
What genre is the game Neon Swarm?
Arcade survival.
01:46
Claude Fable 5 Capabilities
Introduces a new AI model that can reason and plan, not just answer questions.
00:01Gameplay Test
Demonstrates that the AI-generated game is fully playable with smooth mechanics.
05:34AI as Project Builder
Highlights that Fable 5 plans, builds, tests, and ships an actual project, not just text.
06:15[00:01] Claude Fable 5. And honestly, this is one of the craziest things I've tested so far. Claude Fable 5 is Anthropic's newest and most capable AI model. And it's not just good at answering questions. It can reason through complex
[00:15] ideas, plan full projects, write better prompts, and act more like a creative partner than a normal chatbot. But today, I don't just want to ask it questions. I want to see if it can actually help build something real. Now,
[00:28] normally you could connect Claude with Higsfield MCP, but since Claude Fable 5 is not free inside Claude, I'm going to use Higsfield Supercomputer instead with Fable 5 connected directly inside it. So, in this video, I'm going to show you
[00:41] how I used Fable 5 inside Higsfield Supercomputer to create a playable game from just one idea. We'll generate the concept, create the visuals, build the game direction, and then actually test the final result. And if you want to
[00:56] leave the Higsfield link in the description below. All right, so this is Higsfield. Higsfield is basically an AI creative platform where you can generate creative platform where you can generate videos, images, ads, characters, and
[01:09] even full creative projects using some of the best AI models in one place. And for this video, we're going to use Higsfield Supercomput with Fable 5 connected to it. So instead of jumping between different tools, we can plan,
[01:21] create, and build everything inside one workflow. So to get started, go to Higsfield, open Supercomputer, and this is where we'll begin building the game. This is the chat interface where we'll describe our game idea, and Fable 5 will
[01:33] start turning it into an actual project. First, make sure Fable 5 is selected as the AI model. Next, I'm going to start with a very simple prompt. with a very simple prompt. Build me a game. Once I send this, Fable
[01:46] 5 will begin loading the required skills. After that, it will ask what here, you can either choose one of the available game types or simply describe this example, I'm going to choose arcade survival. And now, Fable 5 immediately
[02:02] starts writing the code and building the game structure for us. Now, before Fable continues the pipeline, it asks for approval. This is because it's about to generate multiple game assets, and each generation can use credits.
[02:15] Here you can see Fable is preparing six image generations. It's creating the core assets for the game like the player spaceship, enemy sprites, alien creatures, the floor texture, and collectible items.
[02:27] So, instead of just writing basic code, Fable is also generating the actual visual assets needed to make the game feel complete. Once everything looks fine, just click approve and Fable will start generating those assets
[02:40] Higsfield starts generating the game assets. On the right, you can see it created the spaceship, enemies, floor texture, explosion effect, and collectibles, all in the same pixel art style. Now, Fable is asking for approval
[02:55] audio, including music and sound effects. Since these actions use credits, Higsfield asks before continuing. So, just click approve, and it will move on to the next step. As you can see, it's
[03:08] now starting to generate the audio for the game. Now, let's play the audio and the game. Now, let's play the audio and see how it sounds.
[03:22] arcade style feel with electronic synths and punchy game-like sound effects. It and makes the game feel more complete instead of just being a silent demo. Now, Fable has finished generating the assets, and it's moving into the actual
[03:36] build process. You can see it's checking the images, verifying the assets, and then assembling the game. At this stage, it starts writing the actual project files, including the game logic, text, HTML, and other files
[03:51] needed to make the game run. So now, it's no longer just generating assets. It's actually turning everything into a playable game. Now, Fable is testing the game and checking if everything works properly. You can see it found a small
[04:05] issue with the gameplay difficulty, fixed the variable, and ran the test again. After that, all the checks passed and now it's preparing the final game files. For the next step, it's asking approval
[04:17] to generate two extra assets, the game cover art and the game icon. So, I'm will finish packaging everything for the final game. Now, the final cover art and game icon are ready. Fable has packaged everything together and now it's
[04:32] deploying the game. You can see it even generated a playable link, which means inside the chat. It's actually being published. So, we can open it and test it. Now, let's wait for the deployment to finish. Open the game and see if it
[04:46] actually works. And now the game is ready. You can see it created the final project called Neon Swarm with the cover art, game icon, and even a live preview on the right. It also tested the game
[04:59] before publishing, checking performance, enemies, movement, and gameplay. Now, all we have to do is press space or tap the screen to start playing. So, let's test it and see if Fable 5 actually built a working game.
[05:34] honestly, this is way better than I expected. It actually works as a real playable game. The movement feels smooth, the spaceship controls properly, enemies spawn in waves, the shooting works, and the game has that arcade
[05:47] survival feel with the pixel art visuals and retro audio. The craziest part is that this didn't start from a full game design document or a bunch of manual coding. I gave Fable 5 a simple prompt, chose the game type, and it handled the
[06:01] rest. the assets, the audio, the code, the testing, the cover art, the icon, and even the deployment. And once the game is ready, you can also publish it, share the link, and let other people actually play it online.
[06:15] So, this isn't just a demo sitting inside a chat. Fable 5 helped create a real game that can be opened, played, and shared. For me, that's the biggest takeaway. Fable 5 isn't just writing text here.
[06:27] It's planning, building, testing, and shipping an actual project. So, if you leave the Higsfield link in the description below. Go try Higsfield Supercomputer with Fable 5. Build your own game and see
[06:41] what you can create. If you found this video helpful, make sure to leave a like, subscribe for more AI tutorials, and I'll see you in the AI tutorials, and I'll see you in the next
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