Advanced File Upload API

Welcome to the Advanced Chunk File Upload API Documentation

Efficient, Reliable, and Scalable Large File Upload Handling for Modern Applications


🚀 What is the Advanced Chunk File Upload API?

The Advanced Chunk File Upload API is a powerful and extensible backend service designed to simplify the process of uploading large files in distributed systems. Built with fault tolerance, resumability, and real-time progress tracking in mind, it helps you overcome limitations of traditional file uploads.

Whether you're building a cloud storage platform, video sharing service, backup tool, or enterprise-grade file management system—this API gives you the performance, flexibility, and reliability you need.


🧰 Core Features

  • Chunked Uploads: Upload files in multiple smaller parts
  • Parallel Processing: Supports configurable parallelism for faster chunk processing.
  • Resumable Sessions: Resume uploads after network interruptions
  • Compression Support: Built-in support for GZip, Brotli, and Deflate
  • Pause / Resume: Allows pausing and resuming uploads for better user control
  • Progress Tracking: Monitor real-time upload progress via session state
  • Windows Service Deployment: Run reliably as a background Windows service
  • Integration Supports: Supporting Integration with other systems via RabbitMQ.

👨‍💻 Who Should Use This?

This API is ideal for:

  • Backend developers building upload workflows
  • DevOps engineers deploying file infrastructure
  • Teams migrating legacy upload functionality to modern, scalable solutions

📚 Get Started

To help you onboard quickly, our documentation includes:

  • ✅ Introduction
  • ⚙️ Server Setup Instructions
  • 🔧 Configuration Options
  • ✅ How to use Client SDK
  • 🏗 Architecture Overview
  • 🧪 Troubleshooting & FAQ
  • 📈 Upload Lifecycle
  • 🖥 Hosting as Windows Service
  • 🏗 API Reference

Jump into the docs or explore the code:


📞 Need Help?

If you encounter issues or have suggestions, feel free to:

  • Browse the FAQ

Let's build efficient and resilient file upload systems—together!