Scalable System Design Overview: Complete Interview Guide for Modern Architecture

Описание: Unlock the complete roadmap to mastering Scalable System Design with this high‑impact, interview focused overview. Whether you're preparing for FAANG level architecture rounds or aiming to strengthen your engineering fundamentals, this video breaks down the essential components every candidate must understand. We explore the modern system design interview landscape, the shift from coding to architecture, and how companies evaluate trade offs, scalability choices, and communication clarity.

You’ll get a high level walkthrough of critical system design pillars—including functional and non‑functional requirements, capacity estimation, API communication patterns, caching strategies, distributed storage models, load balancing, sharding, consistency models, and real‑world scaling techniques.

We also cover major distributed systems concepts like CAP Theorem, PACELC, quorum, leader election, and consistent hashing, followed by cloud scale design patterns such as CQRS, event streaming, message queues, CDN caching, geospatial indexing, and microservices workflow management.

Finally, this video offers a preview of real case studies (Bitly, Dropbox, YouTube, social feeds, rate limiters) and deep dive topics including observability, chaos engineering, tail latency, and cost optimized cloud architecture.

If you’re prepping for interviews or just interested to know about the high level concept, this series is your complete foundation.
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