Requirements of the Webpage System Design

1.1. Functional Requirements of the Webpage System Design

  • Users should be able to log in securely to access the data.
  • The system should display user names, profile pictures, earned badges, and points of 10 million users.
  • Users should be able to search for specific profiles by name or filter based on badges, points, or other criteria.
  • Enable CRUD (Create, Read, Update, Delete) operations for user profiles with appropriate access controls.
  • The system should efficiently handle a user base exceeding 10 million, ensuring quick access to user profiles without performance degradation.

1.2. Non Functional Requirements of the Webpage System Design

  • The web page should load quickly, displaying user profiles within milliseconds of a request.
  • Response times for search queries or profile retrieval should be optimized, even with concurrent user access.
  • Ensure robust measures for user data security, including encryption of sensitive information and secure authentication protocols.
  • The system should maintain high availability, minimizing downtime and ensuring users can access their profiles consistently.
  • The system should scale horizontally to accommodate increasing user loads without compromising performance.
  • An intuitive and user-friendly interface allowing easy navigation and information retrieval.
  • Implement redundant systems or failover mechanisms to prevent data loss or service interruptions.

Design a webpage that can show the status of 10M+ users including: name, photo, badge and points | System Design

We’ve got this huge community—over 10 million strong—and you want to build a webpage where everyone’s details, like their names, photos, those cool badges they’ve earned, and their points, can all be seen. That’s a massive load of information to handle. Achieving this goal necessitates an efficient and scalable system architecture capable of handling immense data volumes without compromising on performance or user experience.

Important Topics for the Webpage System Design

  • Requirements of the Webpage System Design
  • Capacity Estimation of the Webpage System Design
  • High Level Design of the Webpage System Design
  • Database Design of the Webpage System Design
  • How to show the status of 10 million users
  • Communicating with the servers in Webpage System Design
  • Database Architecture of the Webpage System Design
  • Low Level Design of the Webpage System Design
  • Work Flow of Webpage System Design
  • How to make the system Scalable?

Similar Reads

1. Requirements of the Webpage System Design

1.1. Functional Requirements of the Webpage System Design...

2. Capacity Estimation of the Webpage System Design

Here are some capacity assumptions we can make for this system:...

3. High Level Design of the Webpage System Design

At a high level, the system manages two primary functionalities:...

4. Database Design of the Webpage System Design

4.1. Users Table:...

5. How to show the status of 10 million users

To efficiently handle the display of 10 million user records, we’re organizing the data into manageable batches and showing only what fits on the screen at a time....

6. Communicating with the servers in Webpage System Design

6.1. User Authentication...

7. Database Architecture of the Webpage System Design

Database...

8. Low Level Design of the Webpage System Design

...

9. Work Flow of Webpage System Design

There are three workflows that we have to manage:...

10. How to make the system Scalable?

The system employs several techniques to enable scalability:...

11. Conclusion

In summary, the system handles immense data volumes and high traffic demands, supported by a robust combination of database sharding, master-slave replication, intelligent caching, load balancing, microservices, and horizontal scaling, ensures responsive user experiences with consistent high availability and low-latency interactions. With additional features like advanced search capabilities and CDN-based image delivery, the system achieves scalability, maintaining peak performance even amidst substantial user growth....