Scalability used for Content Delivery Network(CDN)

  • Horizontal Scaling:
    • The Scalability section of the design focuses on the strategies employed for horizontal scaling.
    • It outlines mechanisms for dynamically adding more aspect servers to the CDN to address elevated traffic masses.
    • The layout emphasizes the importance of load balancing in dispensing requests evenly throughout these servers, ensuring optimal resource utilization.
  • Vertical Scaling:
    • Vertical Scaling is addressed by way of specifying how individual servers can be upgraded to deal with  higher loads.
    • The design outlines auto-scaling mechanisms that dynamically adjust sources (CPU, RAM) primarily based on demand.
    • This ensures that the CDN can adapt to varying levels of site visitors without sacrificing overall performance.
  • Stateless Design:
    • The design emphasizes the significance of a stateless layout to obtain seamless scalability.
    • Stateless structure allows any edge server to handle any consumer request with out counting on session-precise statistics stored domestically.
    • This design choice allows flexibility in adding or removing of servers without impacting user sessions, contributing to the overall scalability of the CDN.

Designing Content Delivery Network (CDN) | System Design

In the digital age, where online content material is king, the importance of delivering a seamless and rapid user experience can not be overstated. Content Delivery Networks (CDNs) play a vital role in attaining this aim by distributing content material strategically throughout servers globally. This article will guide you through the process of designing a Content Delivery Network.

Important Topics for Designing a Content Delivery Network

  • What is a Content Delivery Network (CDN)?
  • Why use a Content Delivery Network (CDN)?
  • How Content Delivery Network(CDN) work?
  • Requirements for Content Delivery Network(CDN):
  • Uses Case Diagram for Content Delivery Network(CDN)
  • Capacity Estimation for Content Delivery Network (CDN)
  • Low-Level Design (LLD) for Content Delivery Network(CDN)
  • High Level Design (HLD) for Content Delivery Network(CDN)
  • Database Design for Content Delivery Network(CDN)
  • API used for Content Delivery Network (CDN)
  • Microservices used for Content Delivery Network (CDN)
  • Scalability used for Content Delivery Network(CDN)
  • Conclusion

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1. What is a Content Delivery Network (CDN)?

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2. Why use a Content Delivery Network (CDN)?

The uses of CDN are:...

3. How Content Delivery Network(CDN) work?

In a Content Delivery Network, the origin server contains the original version and the edge servers are distributed across various location around the world. Below is the step by step process of how CDN’s work:...

4. Requirements for Content Delivery Network(CDN)

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5. Uses Case Diagram for Content Delivery Network(CDN)

Use Case of CDN...

6. Capacity Estimation for Content Delivery Network (CDN)

You can estimate the system capacity by analyzing certain data like traffic, number of user coming on site, storage requirements, etc. By analyzing whole data we can further calculate the required storage capacity for whole year. Here is the simplified calculation given:...

7. Low-Level Design (LLD) for Content Delivery Network(CDN)

Low-level design involves unique specifications for each thing of the CDN. It interprets high level design right into a greater granular blueprint, providing a guide for developers to put into effect individual modules....

8. High Level Design (HLD) for Content Delivery Network(CDN)

High-level design presents an architectural evaluation of the CDN. It makes a speciality of the interplay among important additives and the general flow of data....

9. Database Design for Content Delivery Network(CDN)

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10. API used for Content Delivery Network (CDN)

API Code Implementation...

11. Microservices used for Content Delivery Network (CDN)

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12. Scalability used for Content Delivery Network(CDN)

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13. Conclusion

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