Requirements for Amazon Prime Video System Design

1.1 Functional Requirements for Amazon Prime Video System Design

  • Users should be able to create accounts, log in, and log out.
  • Subscription management for users.
  • Allow users to play videos and pause, play, rewind, and fast-forward functionalities.
  • Ability to download content for offline viewing.
  • Personalized content recommendations based on user preferences and viewing history.

1.2 Non-Functional Requirements for Amazon Prime Video System Design

  • No/Minimal Buffering Platform: The platform should minimize buffering at some point of video playback to enhance user experience. Videos should start quickly and play constantly with minimal interruptions.
  • High Availability and Eventual Consistency: The platform must be available all time and provide consistent services even in the face of failure. Eventual consistency ensures that all replicas of data converge to the same state over time.
  • Low Latency Application: The application should respond right away to user interactions, and the video streaming should have minimum latency. This guarantees a real-time and engaging user experience.
  • Reliability: Uploaded Videos Should Not Be Lost, the device must have strong mechanisms to prevent data loss and make sure the integrity of the uploaded content.

Designing Amazon Prime Video | System Design

Amazon Prime Video is a popular streaming provider that offers a wide library of movies, TV shows, and unique content to hundreds of thousands of users worldwide. Designing such a complex system involves addressing diverse challenges related to scalability, reliability, and overall performance. In this article, we’re going to discover the High-level design and Low-Level design of Amazon Prime Video, which focuses on key components and considerations.

Important Topics for Designing Amazon Prime Video

  • Requirements for Amazon Prime Video System Design
  • Capacity Estimation for Amazon Prime Video System Design
  • Use case Diagram for Amazon Prime Video System Design
  • Low-Level Design (LLD) for Amazon Prime Video System Design
  • High-Level Design (HLD) for Amazon Prime Video System Design
  • Database Design for Amazon Prime Video System Design
  • Microservices used for Amazon Prime Video System Design
  • APIs used for Amazon Prime Video System Design
  • API Code Implementation for Amazon Prime Video System Design
  • Scalability for Amazon Prime Video System Design
  • Components details for Amazon Prime Video System Design
    • User Interface
    • Content Delivery Network (CDN)
    • Video Encoding and Storage
    • Recommendation Engine:

Similar Reads

1. Requirements for Amazon Prime Video System Design

1.1 Functional Requirements for Amazon Prime Video System Design...

2. Capacity Estimation for Amazon Prime Video System Design

You can estimate the system capacity by analyzing certain data like traffic, number of user coming on site. Here is the simplified calculation given:...

3. Use case Diagram for Amazon Prime Video System Design

The use case diagram for amazon prime video is illustrated below:...

4. Low-Level Design (LLD) for Amazon Prime Video System Design

In the Low-Level Design (LLD) of Amazon Prime Video, different type of components interact with each other to deliver a seamless streaming experience. Here’s is an detailed explanation of their interaction flow....

5. High-Level Design (HLD) for Amazon Prime Video System Design

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6. Database Design for Amazon Prime Video System Design

Database Design for Amazon Prime Video:...

7. Microservices used for Amazon Prime Video System Design

Amazon Prime Video possibly employs a microservices structure, breaking down the system into independent, loosely coupled service. Each microservice focuses in a particular business capability. Examples include:...

8. APIs used for Amazon Prime Video System Design

8.1. RESTful APIs...

9. API Code Implementation for Amazon Prime Video System Design

9.1. User Registration API (POST):...

10. Scalability for Amazon Prime Video System Design

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11. Components details for Amazon Prime Video System Design

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11.1. User Interface

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11.2. Content Delivery Network (CDN)

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11.3. Video Encoding and Storage

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11.4. Recommendation Engine:

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12. Conclusion

Amazon Prime Video serves a large and diverse user base. As the platform attracts more users globally, the system must be able to handle increased traffic and demand for video content. Scalability ensures that the infrastructure can grow seamlessly to accommodate a growing number of users. Scalability allows the system to dynamically scale resources to handle sudden increases in demand....