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STRIMO

Overview

Strimo is a production-grade video hosting and streaming platform designed to allow users to upload, manage, process, and stream video content securely and efficiently.

The platform is built as a scalable full-stack application that simulates how modern video platforms handle media management, authentication, content delivery, and user interactions in real-world production systems.

This project was developed as a final production-level engineering project with a focus on scalable architecture, clean code practices, maintainability, and real-world deployment standards.


Problem Statement

Modern applications require reliable video infrastructure that supports secure uploads, efficient storage, adaptive streaming, user management, and scalable delivery.

Strimo solves this by providing a system where creators can manage video content while viewers can consume content through a fast and optimized streaming pipeline.


Core Features

User Authentication

  • Secure signup and login system
  • JWT-based authentication
  • Protected routes
  • Session persistence

Video Upload System

  • Upload large video files securely
  • Upload progress tracking
  • Video validation before upload
  • File size restrictions

Video Processing Pipeline

  • Video metadata extraction
  • Thumbnail generation
  • Video compression
  • Multi-quality processing

Streaming Engine

  • Smooth video playback
  • Optimized content delivery
  • Efficient buffering system
  • Progressive video loading

Creator Dashboard

  • Upload new videos
  • Edit video metadata
  • Delete videos
  • Manage uploaded content

User Features

  • Watch videos
  • Search videos
  • Browse content
  • Video details page

Security

  • Secure API endpoints
  • Request validation
  • Protected storage access
  • Role-based access control

Production Architecture

  • Modular scalable backend architecture
  • Error handling middleware
  • Centralized API response handling
  • Database indexing for performance
  • Production environment configuration

Technology Stack

Frontend

  • Next.js
  • TypeScript
  • Tailwind CSS
  • React Query
  • Zustand

Backend

  • Node.js
  • Express.js
  • REST API Architecture

Database

  • MongoDB

Authentication

  • JWT Authentication
  • Access Token Management
  • Secure Cookie Handling

Storage

  • Cloud Storage Integration
  • CDN-ready architecture

Deployment

  • Frontend Deployment
  • Backend Deployment
  • Production Environment Variables
  • Reverse Proxy Configuration

Architecture Design

The application follows a production-ready architecture that separates frontend, backend, storage layer, and database layer.

Client Application ↓ API Layer ↓ Authentication Middleware ↓ Business Logic Layer ↓ Database Layer ↓ File Storage Layer ↓ Streaming Delivery Layer


Project Goals

This project was designed to simulate a real-world SaaS product and demonstrate production-level engineering practices including scalability, maintainability, security, and deployment readiness.


Future Improvements

  • Live streaming support
  • Video comments system
  • Recommendation engine
  • Analytics dashboard
  • Subscription system
  • Payment integration
  • AI-based video moderation

Local Development Setup

Clone repository

Install dependencies

Configure environment variables

Run development server

Run backend server

Configure database connection

Start application locally


Production Standards Followed

  • Clean code architecture
  • Modular folder structure
  • Reusable components
  • Secure authentication flow
  • Environment variable management
  • Error logging system
  • API validation layer
  • Scalable backend design
  • Production deployment structure
  • Performance optimization

Project Purpose

Strimo was built as a production-grade final engineering project to demonstrate the ability to design and develop scalable full-stack applications similar to real-world SaaS and media platforms.

The project focuses on building software that reflects actual industry engineering standards rather than simple portfolio-level implementations.

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