A Real Full-stack Twitch GraphQL Microservices Complete SaaS Clone

Get an overview of the Vibestrym course, including its objectives, learning outcomes, and a roadmap of the topics covered. Discover how mastering these concepts will empower you to build scalable SaaS platforms.

Learn how to efficiently navigate and utilize the 'Code with ShamsCorner' platform, maximizing your productivity and engagement throughout the course.

Dive into the technology stack selected for Vibestrym, including frameworks, libraries, and tools. Understand why these technologies were chosen and how they contribute to building a robust streaming platform.

Explore the high-level architecture of Vibestrym, examining how its core components interact to deliver seamless streaming experiences and scalable performance.

Watch a comprehensive demonstration of the Vibestrym platform, showcasing its main features, user experience, and technical capabilities.

Review the recommended prerequisites to ensure you’re prepared to get the most out of the Vibestrym course, including technical skills and foundational knowledge.

Gain a solid understanding of live streaming technology, including key protocols, infrastructure requirements, and the essential building blocks of a Twitch-like platform.

Analyze Twitch’s core features, architectural decisions, and the factors contributing to its success as a leading streaming platform. Learn what sets it apart and how Vibestrym draws inspiration from it.

Discover proven strategies for fostering an active user community, including chat systems, moderation tools, and social features that drive engagement and retention.

Explore a variety of monetization strategies such as subscriptions, donations, sponsorships, advertising, and virtual goods, and learn how to implement them effectively in a streaming platform.

Examine common technical hurdles in building a streaming platform, including minimizing latency, ensuring scalability, and maintaining high video quality across diverse devices and networks.

Survey the competitive landscape of streaming platforms and discover how Vibestrym differentiates itself through unique features and technical innovations.

Learn about advanced strategies for scaling the architecture of a streaming platform, ensuring reliability and performance as user demand grows.

Dive deep into the low-level design aspects of the Vibestrym platform, including detailed component interactions, data flow, and implementation patterns.

Explore high-level design concepts such as architectural patterns, component modularity, and API design, ensuring your system is both scalable and maintainable.

Examine the Entity Relationship Diagram (ERD) for Vibestrym, mapping out the data models and relationships that underpin the platform’s functionality.

In this lesson, you will learn about the key elements of user stories and how we would create them for the Vibestrym platform.

We would learn how to craft user stories that effectively capture the needs and goals of our users, ensuring alignment with the overall vision for the Vibestrym platform.

In this lesson, we will explore how to create epics and map user stories to ensure a cohesive and user-centered development process for the Vibestrym platform.

We will explore the best practices for UI and UX design, focusing on how to create user-friendly interfaces and engaging experiences for the Vibestrym platform.

What is sketch based rapid-prototyping? We will cover the advantages and disadvantages of this approach in the design process using Figma and why that matters to the product developers.

We would prototype the Vibestrym platform using Figma for both desktop and mobile, focusing on the key user flows and interactions to validate our design concepts.

Walk through the initial setup of the Vibestrym microservices backend monorepo using NX workspace, laying the groundwork for a modular and maintainable codebase.

Step-by-step guidance on integrating Prisma and GraphQL into the Vibestrym backend, enabling efficient data management and flexible API development.

Learn how to create app-specific environments and implement a custom configuration module loader, enhancing flexibility and security in your microservices backend.

Integrate GraphQL into the Vibestrym backend, enabling powerful querying and mutation capabilities for your API.

We would initialize the user account module with user module alongside data validations, schema, models, resolvers, etc.

Learn how to manage workspace-specific dependencies and configure Webpack for optimal builds in a monorepo setup.

Implement a comprehensive logging system in the Vibestrym API using Pino and NestJS, ensuring all requests and responses are logged with contextual information.

Set up professional documentation with Compodoc and a static landing page for your API using NestJS.

Learn how to integrate Redis into your NestJS application for session management, enabling scalable and efficient user sessions.

Implement user profile management features using session data stored in Redis, enabling efficient retrieval and updates of user profiles.

Capture and manage user session metadata (e.g., device, location, IP) in your NestJS application, enhancing security and user insights.

Enhance your session management capabilities with advanced queries and mutations for better user experience and security.

Learn how to implement rate limiting in your NestJS application using the Throttler module and Redis for distributed storage.