VOMAC

VOMAC (Vision-Oriented Modular AI Core)
VOMAC is a modular, event-driven system core designed to build scalable, intelligent, and production-ready architectures.

Modern AI systems are not just models.
Real-world systems require:

• structured decision logic
• memory and context handling
• task orchestration
• modular extensibility
• observability and control

VOMAC focuses on the system — not the model.

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❓ What is VOMAC?

VOMAC is not an AI model.
It is not a framework wrapper.
It is not a chatbot engine.

VOMAC is a system orchestration core.

It provides the foundational layer required to coordinate:

• decision mechanisms
• modular components
• AI services
• hardware events
• workflow execution

AI becomes a tool —
the architecture remains the authority.

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🎯 Project Vision

Most AI projects fail not because models are weak,
but because systems around them are fragile.

VOMAC is built to answer one question:

How do we design intelligent systems that can grow safely?

The goal is to create a core that supports:

• long-term evolution
• modular replacement
• system-level reasoning
• real-world integration

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🧩 Core Principles

• Architecture First — structure before intelligence
• Event-Driven Design — loose coupling by default
• Modular Expansion — components can evolve independently
• AI as a Tool — not the decision authority
• Production Awareness — logging, config, isolation

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🏗️ Architecture Overview

+---------------------------+
|           Core            |
|  Event Bus • Config • Log |
+-------------+-------------+
              |
              v
+---------------------------+
|         Modules           |
|  Memory • Reasoning       |
|  AI • Hardware • Tasks    |
+---------------------------+

The Core manages the system lifecycle.
Modules implement domain-specific behaviors.

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📦 Current Status

Version: v0.1.1

Current focus:

• foundational decision logic
• configuration-driven behavior
• early architectural exploration

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✨ Roadmap Overview

Version	Focus
v0.2.0	Architecture stabilization
v0.3.0	Memory & decision layer
v0.4.0	Task orchestration engine
v0.5.0	AI module integration
v0.6.0	Hardware bridge
v1.0.0	Stable orchestration core

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🧪 Example Use Cases

• AI system orchestration
• autonomous task pipelines
• hybrid decision systems
• real-world device integration
• research & experimentation core

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⚙️ Running the Project

config.yaml

threshold: 70

⚡ Running VOMAC

python main.py

Example output:

2026-01-17 13:53:36,910 | INFO | VOMAC started with threshold=70
2026-01-17 13:53:36,910 | INFO | Decision result: {'decision': 'OK', 'reason': 'Value within normal range', 'confidence': 1.0}
{'decision': 'OK', 'reason': 'Value within normal range', 'confidence': 1.0}

Docker-based execution will be introduced in upcoming releases.

📄 Documentation

• /docs
• devlog.md

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⚠️ Project Status VOMAC is under active development. The project prioritizes architectural correctness over feature quantity. Breaking changes may occur before v1.0.0.

📜 License MIT License

🤝 Contribution This project is currently focused on architectural design and experimentation. Contributions, discussions, and architectural feedback are welcome.

🧭 Long-Term Vision VOMAC aims to become a foundational decision core capable of integrating with:

REST APIs

Intelligent services

Embedded devices

Hybrid AI systems

The long-term goal is to evolve toward a production-ready, explainable decision engine.