⚠️ Scope & Disclosure
This repository is a limited, open-source subset of the PeachBot system.
- It represents the coordination layer (FILA)
- It does not include full system implementation
- Some components are intentionally simplified or abstracted
The goal is to provide visibility into the structure and design approach, not the complete proprietary system.
What PeachBot FILA
PeachBot FILA (Federated Intelligence Layer) is a lightweight coordination protocol prototype designed for:
- Structured communication between edge nodes
- Metadata-based coordination (not raw data transfer)
- Deterministic, inspectable system behavior
This repository focuses on how distributed components interact, not on model training or inference.
What FILA Is NOT
To avoid confusion, this repo does not:
- Implement a full AI system
- Perform model training
- Replace existing ML frameworks
- Expose internal production logic
It is a coordination layer prototype, not a complete platform.
Core Idea
Instead of sending raw data to a central system:
edge node → structured message → coordination layer → response
This enables:
- Reduced data movement
- Better privacy control
- Clear, structured communication
Architecture Overview
The system is structured as:
- Node → generates structured metadata
- Protocol Layer (FILA) → coordinates communication
- System Context → maintains consistency across nodes
Execution Model
Typical flow:
- Node produces structured metadata
- Metadata is transmitted (not raw data)
- Coordination logic evaluates context
- System response is generated
Message Format (Simplified)
Example structure:
{
"node": "PB-ALPHA",
"signal_type": "temperature",
"priority": "high",
"timestamp": 1712345678
}
This ensures:
- Predictable communication
- Easy debugging
- System transparency
Key Characteristics
- Deterministic coordination
- Metadata-first communication
- Minimal data transfer
- Edge-compatible design
- Inspectable system behavior
What’s Included in This Repo
- Protocol structure (simplified)
- Message handling examples
- Basic coordination logic
- Configuration patterns
What’s Intentionally Limited
To protect system integrity:
- Full distributed orchestration
- Advanced coordination strategies
- Internal optimization logic
- Production deployment layers
Installation
git clone https://github.com/peachbotAI/peachbot-fila.git
cd peachbot-fila
Setup
python -m venv venv
source venv/bin/activate # Linux/macOS
Windows
venv\Scripts\activate
Install Dependencies
pip install -r requirements.txt
Run Example
python -m src.main
(Entry points may evolve as the repo develops.)
Testing
pytest
Design Approach
This repo explores:
- Protocol-driven system design
- Deterministic coordination models
- Edge-compatible communication
- Modular system architecture
Where This Fits in PeachBot
Within the broader system:
- Core → state and decision logic
- Deploy → execution and runtime
- FILA → coordination and communication
This repo focuses only on the coordination layer.
Future Work (Open Portion)
- Improved protocol validation
- Better message schemas
- Simulation tools for multi-node systems
- Documentation and examples
Contributing
Contributions are welcome in areas like:
- Protocol design
- Distributed systems
- Edge communication
👉 https://github.com/peachbotAI
👉
peachbotAI
/
peachbot-fila
Deterministic, protocol-first federated intelligence layer for edge-native systems using metadata-only coordination.
PeachBot FILA (Federated Intelligence Layer)
Overview
PeachBot FILA is a protocol-first, deterministic, metadata-only coordination layer for edge-native distributed intelligence systems.
It enables multiple edge nodes to share contextual intelligence without sharing raw data.
What FILA Is Not
- Not a message broker
- Not a distributed system framework
- Not federated learning
- Not an API wrapper
FILA is a deterministic intelligence coordination protocol.
Core Principles
- No Raw Data Transfer
- No Centralized Control
- No Cloud Dependency
- Deterministic Behavior
- Protocol-First Design
Architecture
Node A → publish metadata
Node B → publish metadata
System → deterministic sync → global_context
Execution Model
- Nodes publish metadata (no raw data)
- Messages are validated and hashed
- Trust and priority are applied
- Temporal decay adjusts influence
- Deterministic sync produces global_context
Message Format
{ "version": "1.0", "node": "A", "signal_type": "bio_signal", "priority": "high", "timestamp": 1.0, "hash": "...", "trust": 0.9 }
Edge Compatibility
FILA produces outputs strictly compatible with peachbot-edge:
{ "data": {…
Final Note
This repository is intended to:
Provide a transparent view of system structure while maintaining separation from proprietary implementation details.
It is best understood as a learning and exploration layer, not a complete system.

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