Comprehensive Video Series on Software Architecture for Aspiring Architects

01. Opening words – written for engineers aspiring to become architects.mp4

02. Technology selection – how to choose technologies in the early stage of a startup.mp4

03. Technology selection – should framework components be self‑developed, and when?

04. Capacity design – how does traffic volume affect architecture?.mp4

05. Pseudo‑distributed – you might think multiple machines equal distributed systems?.mp4

06. Access layer – reverse proxy, load balancing, my comments.mp4

07. DNS round‑robin and evolution of the access layer architecture.mp4

08. Access layer – how to ensure session consistency?.mp4

09. Access layer – implementing proximity access and CDN architecture discussion.mp4

10. TCP load balancing – how to play with it?.mp4

11. Performance optimization – static‑dynamic separation as an internet optimization tool?.mp4

12. Performance optimization – read‑write separation, front‑end and back‑end split.mp4

13. Chapter summary – these technologies are sufficient for handling millions of requests.mp4

14. Service‑orientation – what problems does micro‑service architecture actually solve?.mp4

15. Service‑orientation – what is the appropriate granularity?.mp4

16. Service‑orientation – ensuring high availability in micro‑services.mp4

17. Service‑orientation – handling high concurrency in micro‑services.mp4

18. Service‑orientation – load balancing in micro‑services.mp4

19. Service‑orientation – connection pools as a fundamental component of micro‑services.mp4

20. Service‑orientation – high‑availability load balancing relies on connection pools.mp4

21. Database – how to improve read performance?.mp4

22. Database – vertical sharding and high availability.mp4

23. Database – ensuring master‑master consistency and master‑slave consistency?.mp4

24. Database – how to solve scalability?.mp4

25. Database – smooth scaling solutions?.mp4

26. Database – horizontal partitioning for second‑level scaling!.mp4

27. Caching – how to use in‑process cache?.mp4

28. Caching – common misuse of caches?.mp4

29. Caching – best practices on the internet!.mp4

30. Caching – consistency optimization!.mp4

31. Caching – pitfalls of concurrent updates!.mp4

32. Caching – choosing between Redis and Memcached?.mp4

33. Chapter summary – these technologies are sufficient for handling tens of millions of requests!.mp4

34. Decoupling – configuration center and evolution of configuration architecture.mp4

35. Message queue – the internet architecture decoupling tool.mp4

36. Message queue – smooth migration.mp4

37. Decoupling – IP coupling, common library coupling, practical decoupling.mp4

38. Decoupling – database coupling, practical decoupling!.mp4

39. Decoupling – micro‑service coupling, practical decoupling!.mp4

40. Layering – methodology of internet layered architecture.mp4

41. Layering – DAO and service orientation.mp4

42. Layering – is a business service layer necessary?.mp4

43. Layering – front‑end and back‑end separation.mp4

44. Layering – database middleware.mp4

45. Advanced – service mesh (part 1).mp4

46. Advanced – service mesh (part 2).mp4

47. Advanced – multi‑data‑center active‑active architecture (part 1).mp4

48. Advanced – multi‑data‑center active‑active architecture (part 2).mp4

49. Chapter summary – decoupling and layering are endless pursuits.mp4

50. Closing words – written for engineers aspiring to become architects.mp4

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Recommended reading and additional resources are listed below, covering topics such as Kubernetes monitoring, Prometheus, Jenkins, and essential shell scripting.