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An updated and curated list of selected readings to illustrate High Scalability, High Availability, High Stability, High Performance, and High Intelligence Back-end Designs. Concepts are explained in the articles of notable engineers (Jeff Dean, Werner Vogels, James Hamilton, etc) and credible references. Case studies are taken from battle-tested systems those are serving millions to billions of users. An updated and curated list of selected readings to illustrate High Scalability, High Availability, High Stability, High Performance, and High Intelligence Back-end Designs. Concepts are explained in the articles of notable engineers (Jeff Dean, Werner Vogels, James Hamilton, etc) and credible references. Case studies are taken from battle-tested systems those are serving millions to billions of users.
#### What if your Back-end went slow? #### What if your Back-end went slow :traffic_light:
> Understand your problems: performance problem (slow for a single user) or scalability problem (fast for a single user but slow under heavy load) by reviewing [design principles](#principles). You can also check some [talks](#talks) of elite engineers from tech giants to see how they build and scale their systems. > Understand your problems: performance problem (slow for a single user) or scalability problem (fast for a single user but slow under heavy load) by reviewing [design principles](#principles). You can also check some [talks](#talks) of elite engineers from tech giants to see how they build and scale their systems.
#### What if your Back-end went down? #### What if your Back-end went down :construction:
> "Even if you lose all one day, you can build all over again if you retain your calm!" - Thuan Pham, CTO at Uber Technologies Inc. > "Even if you lose all one day, you can build all over again if you retain your calm!" - Thuan Pham, CTO at Uber Technologies Inc.
#### For future CTO of the next Uber :) #### For you, CTO of the next Uber, who will conquer this world soon :rocket:
> Checking out some [interview notes](#interview) and [architectures with diagrams](#architectures) to get a comprehensive view. Before designing your system on whiteboard, you must understand thoroughly fundamental building blocks (IPC, OSI, TCP/IP, DLM, etc). It is even better to take a course on Distributed Systems or Distributed Computing. Good luck! > Make yourself a coffee. Then, checking out some [interview notes](#interview) and [architectures with diagrams](#architectures) to get a comprehensive view. Before designing your system on whiteboard, you must understand thoroughly fundamental building blocks (IPC, OSI, TCP/IP, DLM, etc). It is even better to take a course on Distributed Systems or Distributed Computing. Good luck!
#### Community Power #### Community Power :mountain_cableway::aerial_tramway:
> Contributions are greatly welcome! You may want to take a look at the [contribution guidelines](CONTRIBUTING.md). > Contributions are greatly welcome! You may want to take a look at the [contribution guidelines](CONTRIBUTING.md).
> If you find this project helpful, please share [on Twitter](https://ctt.ec/V8B2p) or [on Weibo](http://t.cn/RnjFLCB) so more people can be helped! Thank you, bro :thumbsup: Happy coding :hibiscus: > If you find this project helpful, please share on your chat groups, [on Twitter](https://ctt.ec/V8B2p), or [on Weibo](http://t.cn/RnjFLCB) so more people can be helped! Thank you, bro :thumbsup: Happy coding :hibiscus:
## Contents ## Contents
- [Principles](#principles) - [Principles](#principles)