# Deploy 8MB Local with Easypanel

URL: /templates/8mblocal

8MB Local is a self-hosted file processing and conversion application that provides tools for handling files and generating outputs. Built with modern architecture, 8MB Local offers a web-based interface accessible on port 8001 for processing files and managing uploads and outputs. The system stores uploaded files and generated outputs in separate persistent volumes, ensuring your data is preserved across container restarts. Perfect for individuals and organizations looking for a self-hosted solution for file processing and management.

## Benefits

### File Processing

Process and convert files with a self-hosted solution that gives you complete control over your file processing workflows.

### Self-Hosted Solution

Keep your files and processing data private and under your control with a self-hosted deployment.

### Separate Storage Volumes

Uploads and outputs are stored in separate persistent volumes, making it easy to manage and backup your data.

### Web-Based Interface

Access and manage your file processing through a modern web interface accessible on port 8001.

## Features

### File Upload Management

Upload and manage files through the web interface with dedicated storage for uploads.

### Output Generation

Generate and manage processed outputs with dedicated storage for output files.

### Persistent Storage

Uploads are stored in a dedicated volume at /app/uploads and outputs at /app/outputs for reliable data persistence.

### Containerized Deployment

Easily deploy 8MB Local in any environment that supports Docker with minimal configuration requirements.

## Configuration

- `appServiceName` (App Service Name, required): 8mblocal

- `appServiceImage` (App Service Image, required): jms1717/8mblocal:v137

## Services

- 8mblocal: app (jms1717/8mblocal:v137)

## Resources

- [Website](https://8mb.campuscal.tech/)

- [GitHub](https://github.com/JMS1717/8mb.local)

- [Template source](https://github.com/easypanel-io/templates/tree/main/templates/8mblocal)