Autosys

Universal Automated System (АС) with OPC UA Support

Description

Autosys is a universal automated system designed to simulate and manage industrial processes with full support for the OPC UA protocol. The project includes both backend server emulators and a frontend, making it ideal for industrial automation, testing, and educational purposes.

Features

• OPC UA Server Emulation: Multiple sensor and actuator nodes emulated for rapid and quiet fermentation tanks.
• Multi-language Backbone: Components in TypeScript, Java, JavaScript, HTML, CSS, and Python.
• Dockerized Deployment: Easily deploy full system and emulators using Docker Compose.
• Database Integration: Uses PostgreSQL for persistent data storage.

Repository Structure

├── src/                # Main application source code
│   ├── main/        # Backend services and business logic
│   └── frontend/       # Frontend web application (UI)
├── server-emu/         # OPC UA server emulator (Python-based)
├── scripts/            # Utility and setup scripts
├── .env                # Environment variable definitions
└── docker-compose.yml  # Docker Compose file to run the system

Database Architecture

Folders

• src/
  Main source code for the application (frontend, backend, business logic).

• server-emu/
  Contains a Python-based OPC UA server emulator with a Dockerfile and configuration for custom nodes, certificates, and dependencies.

Getting Started

Prerequisites

• Docker
• Docker Compose
• (Optionally) Python 3.x (if running the emulator manually)

Quick Start

1. Clone the repository:

   git clone https://github.com/Maronari/Autosys.git
   cd Autosys

2. Start all services using Docker Compose:

   docker-compose up --build

This will spin up:

• A PostgreSQL database
• Multiple OPC UA server emulators for different sensors and actuators (as described in docker-compose.yml).

Endpoints Structure

Emulator Details

Each server-emu instance simulates a specific sensor or actuator (e.g., temperature, pressure, valves, pumps). Configuration is controlled via environment variables in docker-compose.yml.

Technologies Used

• TypeScript, JavaScript, Java – Application logic and services
• Python – OPC UA server emulation
• HTML, CSS – Frontend
• PostgreSQL – Database
• Docker, Docker Compose – Containerization and orchestration
• OPC UA – Industrial communication protocol

Customization

To add or modify emulated devices, edit the docker-compose.yml file and/or update server-emu/ Python scripts and configuration.