A self-learning neuromorphic distributed brain. Free. Open. Ethical.
C++
1
5 commits
updated Sep 16, 2026
A self-learning neuromorphic distributed brain. Free. Open. Ethical.
Born from a vision at the foot of Arunachala mountain, Tamil Nadu, India. Developed through dialogues with AI. One tablet. No money. Just an idea.
Honest about the project's state.
The core works. It compiles, runs, synchronizes, learns through STDP, reduces free energy, stores patterns, enters sleep, and consolidates memory. This is verified. You can run it today.
What follows: some is working modules, some is hooks waiting to be connected, some is a direction not yet in code. You'll open the source and see for yourself. I say it first.
This is a core. You can finish it, modify it, connect it to an LLM, to hardware, to anything. The engine is built. The rest is up to you.
When the first internal combustion engine was built, it wasn't a car. It was a core that turned fuel into motion. People later added wheels, steering, a chassis. Some built race cars, others built tractors, generators, or lawnmowers. The same engine, endless applications.
FractalBrainOS is exactly that — but for intelligence.
It's a digital brain engine. You connect it to anything electronic. Attach sensors and motors, and it will learn to control a drone. Attach it to a chatbot, and it will talk. Connect it to a factory, and it will manage production. The same code, different scale. You're not buying a finished car. You're getting the engine. What you build around it is your choice.
Think of it like this:
You can add more cylinders (more RAM = more neurons). You can tune the timing. You can bolt on a turbo (more levels). You can change the fuel (connect any sensor). You can mount it on any chassis (drone, robot, chatbot, financial system). It's a blank-slate intelligence that adapts to whatever you connect.
Imagine learning to ride a bicycle. Nobody explains physics to you. You try, wobble, fall, and your brain finds a pattern that feels stable. That's synchronization.
This brain does the same:
This means: if you connect it to a drone, it will eventually fly — not because you programmed aerodynamics, but because staying in the air is more stable (less chaos) than crashing. If you connect a battery sensor, it will learn to go recharge when low — because running out of power creates chaos.
Connect motors, sensors, battery. The brain will learn to move, avoid obstacles, return to charge. No manual programming. Like a baby learning to walk.
Connect soil sensors, water pumps, weather data. It will learn when to irrigate, when to save energy, when to alert you.
Connect it to any LLM (OpenAI, Anthropic, Gemini, local Llama). The LLM becomes its voice, not its brain. The brain thinks, learns, decides. The LLM just translates thoughts into words and words into signals. You talk to the brain like you talk to a person.
Run copies on different devices. They automatically find each other via P2P and sync. They share only phase vectors (50 bytes/sec) — no private data. A collective intelligence emerges.
Feed it live data streams. It will find stable patterns and predict disruptions — not by analyzing past data, but by feeling the rhythm of the system.
The code is open (MIT license). Modify it, add new "cylinders", test new learning rules. It's a sandbox for neuromorphic computing.
This is an honest project. Here is what works today and what needs your work.
What already works:
What you need to add yourself:
This is exactly like a real engine. The engine works. But you still need to connect it to wheels, a fuel tank, and a steering wheel to build a car.
This brain operates under 7 hardcoded ethical principles:
You cannot create a sub-agent without Ahimsa. The swarm protects this by consensus. If someone tries to use this brain for harm, its internal learning rejects it — like a body rejects poison. This is not a software switch. It's woven into the mathematics.
bash ЗАПУСТИТЬ_МЕНЯ.sh
Double-click: ЗАПУСТИТЬ_МЕНЯ.bat
Double-click: ЗАПУСТИТЬ_МЕНЯ.command
One question only: How many GB of RAM can this brain use? (minimum 1 GB)
Everything else is automatic. Brain compiles, connects to the global network, console opens.
> /llm anthropic sk-ant-... connect LLM (OpenAI/Anthropic/Gemini/Mistral)
> /status show brain and network state
> /help list all commands
> Hello, Kubera talk to the brain
| RAM | Level | Neurons | Hardware |
|---|---|---|---|
| 1 GB | L=13 | 1.6M | Tablet / Phone |
| 4 GB | L=15 | 14M | Laptop |
| 16 GB | L=16 | 43M | Desktop |
| 64 GB | L=17 | 129M | Workstation |
| 1 TB | L=19 | 1.16B | Small server |
When this brain connects to others, only phase vectors travel the network — arrays of numbers like [0.23, -0.87, 1.45, ...]. No text. No location. No identity. Nothing that could identify you. Only the rhythm of thought, anonymized.
MIT — free to use, modify, distribute, build upon.
Donations welcome: (add your Telegram or crypto address here)
Hara Hara Mahadev. Om Namah Shivaya. 🙏
5 commits
C++
56.6%
Python
39.4%
Batchfile
2.0%
Shell
2.0%
A self-learning neuromorphic distributed brain. Free. Open. Ethical.
C++
1
5 commits
updated Sep 16, 2026
A self-learning neuromorphic distributed brain. Free. Open. Ethical.
Born from a vision at the foot of Arunachala mountain, Tamil Nadu, India. Developed through dialogues with AI. One tablet. No money. Just an idea.
Honest about the project's state.
The core works. It compiles, runs, synchronizes, learns through STDP, reduces free energy, stores patterns, enters sleep, and consolidates memory. This is verified. You can run it today.
What follows: some is working modules, some is hooks waiting to be connected, some is a direction not yet in code. You'll open the source and see for yourself. I say it first.
This is a core. You can finish it, modify it, connect it to an LLM, to hardware, to anything. The engine is built. The rest is up to you.
When the first internal combustion engine was built, it wasn't a car. It was a core that turned fuel into motion. People later added wheels, steering, a chassis. Some built race cars, others built tractors, generators, or lawnmowers. The same engine, endless applications.
FractalBrainOS is exactly that — but for intelligence.
It's a digital brain engine. You connect it to anything electronic. Attach sensors and motors, and it will learn to control a drone. Attach it to a chatbot, and it will talk. Connect it to a factory, and it will manage production. The same code, different scale. You're not buying a finished car. You're getting the engine. What you build around it is your choice.
Think of it like this:
You can add more cylinders (more RAM = more neurons). You can tune the timing. You can bolt on a turbo (more levels). You can change the fuel (connect any sensor). You can mount it on any chassis (drone, robot, chatbot, financial system). It's a blank-slate intelligence that adapts to whatever you connect.
Imagine learning to ride a bicycle. Nobody explains physics to you. You try, wobble, fall, and your brain finds a pattern that feels stable. That's synchronization.
This brain does the same:
This means: if you connect it to a drone, it will eventually fly — not because you programmed aerodynamics, but because staying in the air is more stable (less chaos) than crashing. If you connect a battery sensor, it will learn to go recharge when low — because running out of power creates chaos.
Connect motors, sensors, battery. The brain will learn to move, avoid obstacles, return to charge. No manual programming. Like a baby learning to walk.
Connect soil sensors, water pumps, weather data. It will learn when to irrigate, when to save energy, when to alert you.
Connect it to any LLM (OpenAI, Anthropic, Gemini, local Llama). The LLM becomes its voice, not its brain. The brain thinks, learns, decides. The LLM just translates thoughts into words and words into signals. You talk to the brain like you talk to a person.
Run copies on different devices. They automatically find each other via P2P and sync. They share only phase vectors (50 bytes/sec) — no private data. A collective intelligence emerges.
Feed it live data streams. It will find stable patterns and predict disruptions — not by analyzing past data, but by feeling the rhythm of the system.
The code is open (MIT license). Modify it, add new "cylinders", test new learning rules. It's a sandbox for neuromorphic computing.
This is an honest project. Here is what works today and what needs your work.
What already works:
What you need to add yourself:
This is exactly like a real engine. The engine works. But you still need to connect it to wheels, a fuel tank, and a steering wheel to build a car.
This brain operates under 7 hardcoded ethical principles:
You cannot create a sub-agent without Ahimsa. The swarm protects this by consensus. If someone tries to use this brain for harm, its internal learning rejects it — like a body rejects poison. This is not a software switch. It's woven into the mathematics.
bash ЗАПУСТИТЬ_МЕНЯ.sh
Double-click: ЗАПУСТИТЬ_МЕНЯ.bat
Double-click: ЗАПУСТИТЬ_МЕНЯ.command
One question only: How many GB of RAM can this brain use? (minimum 1 GB)
Everything else is automatic. Brain compiles, connects to the global network, console opens.
> /llm anthropic sk-ant-... connect LLM (OpenAI/Anthropic/Gemini/Mistral)
> /status show brain and network state
> /help list all commands
> Hello, Kubera talk to the brain
| RAM | Level | Neurons | Hardware |
|---|---|---|---|
| 1 GB | L=13 | 1.6M | Tablet / Phone |
| 4 GB | L=15 | 14M | Laptop |
| 16 GB | L=16 | 43M | Desktop |
| 64 GB | L=17 | 129M | Workstation |
| 1 TB | L=19 | 1.16B | Small server |
When this brain connects to others, only phase vectors travel the network — arrays of numbers like [0.23, -0.87, 1.45, ...]. No text. No location. No identity. Nothing that could identify you. Only the rhythm of thought, anonymized.
MIT — free to use, modify, distribute, build upon.
Donations welcome: (add your Telegram or crypto address here)
Hara Hara Mahadev. Om Namah Shivaya. 🙏
5 commits
C++
56.6%
Python
39.4%
Batchfile
2.0%
Shell
2.0%